Welcome to Turbo Expo 2011! - Events

Dear Turbo Expo 2011 Participants: 

On behalf of the IGTI Board, our Chairman, Dr. Ron 

Bunker, and the entire IGTI staff, I would like to 

welcome you to ASME Turbo Expo 2011 in Vancouver. 

As the most important global challenges today come from 

ever increasing energy demands and greater mobility driven 

by globalization and the development of new economies, 

the fast development of turbomachinery technology and 

turbomachinery cycles for all available energy sources is 

becoming an increasingly important mission of science and engineering. Turbo 

Expo, being the world’s premier gathering of turbomachinery professionals, is at 

the very heart of this challenge. Indeed, this year’s meeting will be the largest ever 

in North America with over 3,000 participants. 

We hope this event will meet or even exceed your expectations by providing the 

very best technical content and be a forum for you to interact with your colleagues, 

to learn from each other and to further improve turbomachinery technology. 

Please join us at the grand opening that features IGTI’s annual awards program 

and the Turbo Expo keynote session. Leading turbomachinery professionals will be 

honored with the ASME R. Tom Sawyer Award, the ASME Gas Turbine Award and the 

IGTI Industrial Gas Turbine Technology Award for their outstanding achievements in 

turbomachinery related science and technology. 

This year’s conference theme is “Clean & Efficient Turbomachinery Technologies 

for Future Low Carbon Economies.” To address this important and topical issue, 

three knowledgeable world-class industry executives will provide their perspectives 

on how to ensure that our research and development efforts actually meet future 

requirements for aero engines and power systems. Keynote addresses will be 

delivered by Walter DiBartolomeo, Vice President of Engineering, Pratt & Whitney 

Canada, Roland Fischer, CEO of Business Unit Products - Fossil Power Generation, 

Siemens Energy and Gary Mercer, Senior Executive of Engineering, GE Energy. 

All Technical Conference participants will have the opportunity to attend over 280 

technical sessions in 38 simultaneous tracks. There will be nearly 1,000 technical 

papers presented and participants will have the opportunity to put questions to 

the speakers. Although the majority of the papers are focused on gas turbines the 

number of papers on steam turbines, fans and blowers, wind turbines and solar 

cycles has also increased: in line with the IGTI+ strategy of embracing papers on 

all kinds of turbomachinery. 

In addition there will be 43 sessions featuring panel discussions, lectures, and 

tutorials by leading industrial and academic experts. We will have a premier threeday 

exposition with more than 100 exhibitors. This marketplace, where research 

meets application, will offer a unique opportunity to assess new products, proven 

methods and innovative ideas. There will be something for everybody. 

On behalf of IGTI, I thank the companies that are contributing to the success of 

Turbo Expo 2011 through sponsorship. I would also like to thank all the volunteers 

who contributed so much effort to make Turbo Expo a vibrant exchange of 

advanced turbomachinery technology. 

This year’s event is made possible through the voluntary contributions of over 4,000 

of your colleagues. Turbo Expo would not be the premier gas turbine conference 

that we all benefit from without the labor of so many authors, reviewers, session 

organizers, point contacts, vanguard chairs, committee leadership, and all others 

who volunteered and served. 

Finally, I extend my sincere gratitude to this year’s review chair, Karen Thole, and 

the co-review chair, Seung Jin Song, who both did stellar work in keeping the review 

process up to the highest scientific standards. 

Thank you all for coming to Turbo Expo. We trust that your time in Vancouver will be 

both enjoyable and professionally rewarding. 

Thomas Sattelmayer 

Chair of Conferences | ASME Turbo Expo 2011 

Member, IGTI Board 

Welcome to Turbo Expo 2011! 

Dear Turbo Expo 2011 Attendees: 

On behalf of the Local Liaison Committee (LLC) and 

the region’s turbomachinery community, I would 

like to welcome you to Vancouver, Canada, for the 

ASME Turbo Expo 2011. 

Situated on Canada’s Pacific Coast, metropolitan 

Vancouver is the largest city in Western Canada and 

third largest in the country. Vancouver is also home to 

one of the busiest ports in North America and Canada’s 

leading industrial centres including high-tech, tourism, forest products, trade 

and financial services, and, of course, aerospace. 

Ranked 5th in the world, the Canadian aerospace industry overall generates in 

excess of $23 billion in annual revenues. Aerospace markets served in British 

Columbia include aircraft repair and manufacturing; repair and overhaul of small 

gas turbine engines; and aircraft component design, and manufacture. While 

there is no aircraft engine manufacturing in British Columbia, Pratt & Whitney 

Canada has a manufacturing plant in Lethbridge, in the neigbouring province 

of Alberta, which employs 250 people to assemble and test PT6 engines. In 

addition, the industry here is supported by the aerospace training centres at 

the British Columbia Institute of Technology (BCIT) as well as three universities. 

Western Canada is also the energy hub of the country with leading energy 

companies including TransCanada Corporation. The TransCanada network 

of more than 60,000 kilometres of pipeline taps into virtually all major 

gas supply basins in North America. TransCanada also owns, controls or is 

developing approximately 10,800 megawatts (MW) of power generation 

including 590MW in wind power. Of particular interest in the evolution of our 

industry is wind power as the fastest growing source of electricity globally and 

here in Canada. Currently in Alberta alone, there are over 540MW connected 

to the power grid and approximately 70 wind development projects that will 

enable the production of up to 12,000MW annually. 

With this bit of information on western Canada’s major energy hub and 

Vancouver’s growing aerospace cluster in hand, it is my hope that you will 

enjoy the excellent program line up at Turbo Expo 2011 and find your stay in 

Vancouver full of stimulating discussions on the role of gas turbine technology 

in our planet’s future sustainable development challenges. 

I think the importance of sustainable development really comes to the forefront 

in a place like Vancouver, which illustrates the necessity of finding the balance 

between the urbanized and natural worlds so well. Consistently rated in the 

top three of the world’s most liveable cities, Vancouver is most famous for its 

beautiful natural settings and its more than 190 parks. There are also worldclass 

restaurants, art galleries, museums and an aquarium on offer. And these 

are just some of the reasons Vancouver plays host to many interesting and 

exciting events, including the 21st Winter Olympics just last year. 

On this occasion of the ASME Turbo Expo 2011, I wish you all a pleasant, 

productive and rewarding visit to Vancouver. 

Ibrahim Yimer 

Executive Conference Chair | ASME Turbo Expo 2011 

Director, Gas Turbine Laboratory 

National Research Council Canada 

FOR MORE DETAILS VISIT WWW.TURBOEXPO.ORG ASME TURBO EXPO 2011 FINAL PROGRAM 

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Executive Conference 

Chair 

Dr. Ibrahim Yimer 

Institute for Aerospace 

Research 

National Research Council 

Ottawa, ON Canada 

Chair of Conferences 

Dr. Thomas Sattelmayer 

Technical University of 

Munich 

Garching, Germany 

Local Liaison Committee 

Chair 

Dale Hunt 

ADHoc Services 

Vancouver, Canada 

TOPIC PAgE 

grand Opening 4 

Scholar Lecture 5 

Networking Events 6-7 

Participating Organizations 8 

Supporting Publications 9 

guest Tours 10 

IgTI Booth Information 11 

Facility Tours 12 

Sponsors 13 

Session Participant Information 14 

Expanded Topic Sessions 15 

Exhibit Hall Floorplan 16 

Exhibit Directory 17-26 

Turbo Expo 2012 27 

ASME/IgTI Training Week 28 

Exhibitor Product Categories 29-30 

Technical Program Chair 

Timothy Snyder 

Pratt & Whitney 

East Hartford, CT USA 

Leadership Team 

Review Chair 

Dr. Karen Thole 

Pennsylvania State 

University 

State College, PA USA 

Review Co-Chair 

Dr. Seung Jin Song 

Seoul National University 

Seoul, Korea 

Table of Contents 

TOPIC PAgE 

IgTI 32 

Technical Conference Sessions 33-128 

Registration Information 129 

general Information/Helpful Numbers 129 

Exhibit Advisory Committee 130 

Local Liaison Committee 130 

Committee Point Contacts & Vanguard Chairs 131 

Technical Committee Officers 132-133 

IgTI Board 134 

ASME / IgTI Staff 135 

Session Participant Index 136-141 

Committee Meeting Schedule 142 

Affiliate Meeting Information 142 

Advertisers Index 142 

Turbo Expo 2013 143 

Schedule at a glance 144 


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grand Opening 

Featuring Keynote Session & Awards Presentations 

Monday, June 6, 2011 • 10:15 a.m. – 12:15 p.m. 

Ballroom A 

The most essential global challenge today comes from ever increasing energy demand, greater 

mobility and energy security to sustain current economies as well as meet the growing demand 

of the new economies. In the context of rapidly increasing public awareness of the environmental 

impact of non-renewable resources, these challenges present an excellent opportunity to 

accelerate and develop technological innovations for future low-carbon economies in partnership 

with government, industry and academia. Three leaders from the aeroengine and power generation 

industry will highlight current development needs and trends by addressing the keynote theme of 

“Clean & Efficient Turbomachinery Technologies for Future Low Carbon Economies.” 

Following the keynote, IGTI’s annual awards presentations will honor individuals who have made 

significant contributions to advance turbine technology and industy. 

2011 Keynote Speakers... 

Walter DiBartolomeo | Vice President of Engineering, Pratt & Whitney Canada 

DiBartolomeo joined Pratt & Whitney Canada in 1985, serving initially as an aerodynamicist. 

His background encompasses aerodynamics, project engineering, nacelle design, and 

mechanical systems integration. 

Roland Fischer | CEO of Business Unit Products - Fossil Power generation, Siemens Energy 

Fischer is responsible for the development, manufacturing and sales functions of fossil power generation 

equipment at Siemens Energy, Erlangen, Germany. He joined Siemens in 2008, working previously at the 

global aerospace company MTU. 

gary Mercer | Senior Executive of Engineering, gE Energy 

Mercer joined GE in 1985 and has served in several key roles within the company, including power 

generation programs manager for the GE Oil & Gas operation in Italy. In his current role at the Greenville, 

S.C. facility, Mercer provides engineering leadership to support the GE renewable energy business. 

Executive Conference Chair 

Ibrahim Yimer 

Institute for Aerospace Research 

National Research Council 

Ottawa, ON Canada 

Conference Chair 


Technical University of Munich 

garching, germany 

ASME TURBO EXPO 2011 FINAL PROGRAM FOR MORE DETAILS VISIT WWW.TURBOEXPO.ORG

2011 Scholar Lecture 

The Role of Physical and Numerical 

Experiments in the Development of 

High Performance Axial Flow Turbines 

By Dr. Om Sharma 

United Technologies Research Center 

Monday, June 6, 2011 • 5:30 - 6:45 p.m. • Ballroom A 

Dr. Om Sharma has been selected as IGTI’s 2011 Scholar Lecturer. The focus of his lecture is to describe concepts and criteria developed to 

design high performance axial flow turbines over the last forty years. These have been evolved through enhanced understanding of loss generation 

mechanisms acquired from the use of controlled physical and numerical experiments discussed in the lecture. Incorporation of these design 

concepts has resulted in the improvement of adiabatic efficiency for both high and low pressure turbines by 2-4%. A number of these concepts 

have also been applied for fans and compressors to achieve 2-5% efficiency improvements. Application of the concepts, criteria and computer 

based flow simulation tools has also resulted in significantly reduced number of prototype rig testing during a typical engine development process. 

Om Sharma is currently a Senior Fellow at UTRC and the co-owner of UTRC’s innovation process, providing critical assessment to senior 

management on technical issues and assisting in the assessment and support for technical excellence. 


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Networking Events 

grand Opening 

Monday, June 6, 2011 • 10:15 a.m. – 12:15 p.m. 

Featuring Turbo Expo Keynote Session and Annual Awards Presentations. 

Welcome Reception 

Monday, June 6, 2011 • 7:00 – 8:30 p.m. • Vancouver Convention & Exhibition Centre 

The Turbo Expo 2011 Local Liaison Committee invites all registrants for a welcome networking reception 

with complimentary refreshments on the Vancouver Convention Centre’s terrace overlooking Vancouver 

Harbour. This event is sponsored by the NRC Institute for Aerospace Research and Olympus. 

Daily Lunches 

Complimentary lunches are automatically included for all registrants except exposition visitors. Badge must 

be presented and scanned for lunch admission. Five-day Technical Conference delegates are provided lunch 

Monday-Friday. Three-day Technical Conference delegates will receive lunch on the days for which they are 

registered. Exhibitor booth personnel registration includes lunch Tuesday-Thursday. 

Expo Hall Receptions 

Tuesday & Wednesday, June 7 & 8, 2011 • 4:30 – 6:00 p.m. 

All registered delegates are invited to the Expo Hall for complimentary refreshments and to join their 

colleagues in learning about the products and services of the industry’s top companies. 

Early Career Engineer & Student Mixer 

Wednesday, June 8, 2011 • 6:15 – 7:30 p.m. 

West Ballroom Foyer & Terrace 

This is a special and evolving networking event for rising engineers. 

Enjoy complimentary refreshments and interact with fellow engineers, 

including a variety of representatives from the turbomachinery 

industry as well as members of IGTI’s technical committees. 

For details and to ensure you are on the RSVP list, please visit the 

Turbo Expo Information Desk in the Level 1 Lobby. 

Prize Drawings 

Thursday, June 9, 2011 • 1:45 p.m. 

Complete the enclosed Exhibit Award Ballot, found between pages 16 and 17, to be eligible to win one of 

our Canadian cash prizes! Winners will be announced during the Closing Ceremony. Must be present to win. 

Exposition Closing Ceremony 

Thursday, June 9, 2011 • 1:45 p.m. • Presentation Stage, Exhibit Hall 

Please join us on Thursday afternoon as we announce the winners of Turbo Expo 2011 giveaways and booth 

displays, present the young engineer travel awards, recognize outgoing Board Members and Committee 

Chairs and announce plans for Turbo Expo 2012 in Copenhagen, Denmark! 

CONgRATULATIONS TO OUR 

2011 YOUNg ENgINEER TRAVEL AWARD RECIPIENTS 

The following individuals have received funding to help them attend this year’s Conference as a result of their outstanding achievements! 

Jason E. Albert 

University of Texas 

at Austin 

Tim Allison 

Southwest Research 

Institute 

Fabio de Bellis 

Polytechnic 

University of Bari 

Hejie Li 

GE Aviation 

Melissa Wilcox 

Southwest Research 

Institute 

SPONSORED By: 

Lei Zhao 

University of 

New Orleans 


Women Working in Turbomachinery 

Networking Reception & Dinner 

Tuesday, June 7, 2011 • 7:30 - 10:00 p.m. 

Networking Events 

Female delegates are invited to join their colleagues for a complimentary networking event that will feature talks 

by Susan Scofield, head of the Siemens Gas Turbine Future Frames Department and Lisa Burgarella, Director of 

Information Technology, Pratt & Whitney 

Scofield manages the co-funded Hydrogen Engine program with the Department of Energy and supports the 60Hz 

market with product strategy, competitor analysis and benchmarking. She has worked for Siemens since 1999 

in various functions of Gas Turbine Engineering, with two prior years as a Repair Engineer at an aircraft service 

station in North Florida. 

Burgarella is currently responsible for managing all computing systems used by engineering and manufacturing. 

She joined Pratt as mechanical engineer in 1984 and spent the first 10 years of her career performing analytical 

studies of commercial jet engine designs. She gained experience in disciplines that included combustor life 

prediction, compressor aerodynamic design, and thermodynamic studies of preliminary engine designs. Burgarella 

eventually moved into project and then program management, and in 2000 moved to information technology. 

This is a unique and rewarding opportunity – one you do not want to miss. For details on the dinner and to ensure 

you are on the RSVP list, please visit the Turbo Expo Information Desk in the Level 1 Lobby. 

Susan Scofield 

Lisa Burgarella 


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Participating Organizations 


Supporting Publications 


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guest Tours 

Vancouver City Tour 

Monday, June 6, 2011 • Time: 9:30am - 2:30pm 

Tickets: $160 (Includes 2 course Lunch at Granville Island Market) 

Enjoy exploring Vancouver’s supernatural beauty on this tour throughout the city. Hitting the highlights of the 

old growth forest in the heart of the city, North America’s 2 nd largest Chinatown; the historic Gastown area; 

and Granville Island, your knowledgeable guide will share the history, stories and sights and sounds of this 

metropolitan set amidst an abundance of natural scenery. 

guest Hospitality Suite 

Dundarave Room in the Marriott Pinnacle 

Monday - Friday, 7:30 a.m. - 10:30 a.m. 

Refreshments Served – Guests of registered Turbo Expo 2011 attendees are welcome 

to begin the day here. Information will be available on pre-arranged guest tours, as well 

as other local attractions and activities. 

Lighthouse Park Rainforest Walk 

Tuesday, June 7, 2011 • Time: 9:00am - 1:30pm 

Tickets: $155 (Includes gourmet boxed lunch) 

Explore the native heritage and nature’s side of Vancouver. First stop is the famous totem park in Stanley 

Park; a 1000-acre peninsula of old growth rainforest in the heart of the city. On to Lighthouse Park, which 

contains the last stand of 1,000 year-old virgin rainforest within the Vancouver city limits, discover lichen, 

moss, ferns and flowering plants, which grow under the mantle of some of the oldest and largest Douglas Fir, 

Cedar and Hemlock trees on the lower mainland. 

North Shore Tour 

Wednesday, June 8, 2011 • Time: 9:00am - 3:00pm 

Tickets: $288 (Includes 2 course Lunch on Grouse Mountain) 

This whirlwind tour takes you from sea level to 4,100’ above Vancouver and includes visits to two iconic Vancouver landmarks– 

Grouse Mountain and Capilano Suspension Bridge. Make your way across the dramatic and gently swaying 450’ bridge over the 

rushing waters in the Capilano Canyon. On the other side enjoy a squirrel’s eye view of a thriving coastal forest via series of elevated 

suspension bridges; reaching as high as 100’ above the forest floor. It is onwards to marvel in a ride on North America’s largest 

aerial tramway system ascending to the spectacular 4,100’ summit of Grouse Mountain with panoramic views of the city. 

Green in Action Sustainability: Atop Grouse Mountain is the Eye of the Wind – a wind turbine that provides up to 25% of the resort’s power. 

Cultures of the West Coast 

Thursday, June 9, 2011 • Time: 9:00am - 1:00pm 

Tickets: $115 

Step in to other worlds of two of our significant and important cultures in Vancouver – our Chinese and Native 

Peoples. Nestled behind high white walls in Vancouver’s bustling Chinatown rests the exquisite 

Dr. Sun Yat-Sen Classical Chinese Garden. The Museum of Anthropology, located on the cliffs of Point Grey, 

houses one of the world’s finest collections of Pacific Northwest Aboriginal artifacts. The histories and 

cultures of the Haida, Coast Salish and other Pacific Coast peoples come alive here. 

Vancouver Harbour Dinner Cruise 

Thursday, June 9, 2011 • Time: 6:30pm - 10:30pm 

Tickets: $265 (based on minimum of 50 pp) 

This is an opportunity to have one of the best views in Vancouver as dusk arrives and the urban cityscape begins 

to shimmer against the mountainous backdrop. From the deck of a private yacht enjoy panoramic views of the city 

skyline and the surrounding Coastal Mountain range as you cruise through the waters of Vancouver’s inner harbour. 

Whistler Excursion by Train & Motorcoach 

Friday, June 10, 2011 • Time: 7:00am - 6:00pm 

Tickets: $357 

Whistler is a resort town in the Coast Mountains, approximately 125 kilometers (78 mi) north of Vancouver. West 

Coast architecture mixes with a quaint alpine atmosphere and spectacular mountain views are always in sight. 

The Whistler Sea to Sky Climb takes you to Whistler on the Sea to Sky corridor alongside the gleaming waters 

of Howe Sound and north through tall stands of timber and glacier carved peaks. Travel aboard Whistler Classic 

Service with continental breakfast service served at your seat, complimentary nonalcoholic beverages, reclining 

seats and extended legroom, large picture windows and access to the open-air Heritage Observation Car. 

All tours are subject to cancellation based on a minimum of 25 participants. Tours include meals where indicated, tickets and transportation. 


PHOTO COURTESy OF THE UNITED STATES NAVy 

your 

career... 

your thirst for 

knowledge... 

IGTI is the Society for Turbomachinery 

Professionals Like You! 

Purchase your products now at Booth #238 or 

visit our web site at http://igti.asme.org or 

contact IGTI at +1-404-847-0072 or igti@asme.org. 

*Limit one per customer, while supplies last. 

watch your 

career 

The International Gas Turbine Institute is your resource for cuttingedge 

research and conferences, industry networking, and a wealth of 

educational products and services, like Webinars, CDs, and courses. 

Stop by IgTI Booth #238 in the Expo Hall to 

discover all of our career-enhancing 

professional development tools – including our 

Third Edition Gas Turbine Self-Study Course! 

Receive a free T-shirt with any purchase.* 

Workshops, Webinars, Self-Directed Study Courses, 

Papers, Reports, Indexes … all available on CD-ROM!! 


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Facility Tours 

Take advantage of the unique opportunity at Turbo Expo to explore leading operational facilities in the region. 

National Research Council Institute for Fuel Cell Innovation – Friday, June 10, 2011 • 2:30 pm 

Canada’s National Research Council (NRC) is a leader in the development of an innovative, knowledge-based economy for 

Canada through science and technology. Located in the heart of the Vancouver fuel cell technology cluster, the NRC Institute for 

Fuel Cell Innovation (NRC-IFCI) supports Canadian leadership in clean energy technology by addressing industry-defined R&D and 

commercialization priorities. NRC-IFCI’s “living laboratory” for clean energy solutions features state-of-the-art research labs, an Advanced 

Testing and Validation Centre (ATVC), integrated technology demonstrations, fuel cell electric vehicles and a hydrogen fueling station. 

Location: NRC Institute for Fuel Cell Innovation, 4250 Wesbrook Mall, Vancouver, BC 

Transportation: Complimentary bus transportation to and from the facility will be provided. 

Contact & Registration: Booth 304. Registration is limited. 

MTU – Turbine Engine Overhaul facility – Friday, June 10, 2011 • 1:15 - 5:00 pm 

MTU Maintenance Canada is the North American member of the MTU Maintenance network of companies, the largest provider of 

independent commercial engine services worldwide. 

The Vancouver facility holds all OEM licenses required to repair and overhaul GE CF6-50 and CFMI CFM56-3 engines. Apart from 

accessory repairs in its own shop, the company also offers LRU (Line Replaceable Units) management services, which play an 

increasing role in MTU’s service offerings. 

MTU Maintenance Canada is a maintenance organization approved by the FAA, Transport Canada and other aviation authorities. It 

is authorized to inspect, repair, overhaul and test aircraft engines, modules and components. Repair processes include high-speed 

grinding, welding and Non-Destructive-Testing. 

The tour will consist of engine build lines, static and dynamic balancing center, engine accessory component shop, and high 

speed grinding center and unique 7 axis Vertical Lathe. The length of tour is approximately 3 hours and 45 minutes, including 

transportation to the Richmond Facility. A snack and refreshment will be provided. 

Location: MTU – Turbine Engine Overhaul Facility, 6020 Russ Baker Way, Richmond, BC V7B 1B4 


Registration: Information desk located at Registration, Level 1 Lobby. Space is limited. 

Fortis BC – Friday, June 10, 2011 • 1:30 - 4:30 pm 

Committed to British Columbia’s energy needs, Fortis BC provides safe, reliable and innovative energy solutions. We deliver energy 

to 96 percent of the province’s natural gas customers, approximately 940,000 customers, in more than 125 communities. In 

addition to natural gas, Fortis BC develops and delivers alternative energy solutions, including district energy and geoexchange, for 

today and tomorrow. 

Location: Coquitlam, BC, Canada 


Registration: Information desk located at Registration, Level 1 Lobby. Space is limited. 

*Please note that space is limited for all tours. All tours are conducted at the discretion of the host 

company and under the conditions the company establishes, including restrictions and pre-screening 

of participants. All tours are subject to cancellation. 

* Transportation pick up and drop off for all tours will be at the main entrance 

to the Vancouver Convention and Exhibition Centre, located on Burrard Street. 


gold & Women’s Dinner Sponsor 

Bronze Sponsor 

Bag Insert Sponsor 

Platinum Sponsor 


Attendee Bag Sponsor 

Bronze Sponsor 



Name Badge Insert & 

IgTI Bronze Sponsor 

Sponsors 

Platinum Sponsor 

Silver Sponsor 

Bronze & 

Attendee Bag 

Sponsor 



Women’s Dinner Sponsor 


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Session Participant Information 

Networking Coffee/Danish for 

Presenters and Session Organizers 

Monday - Friday, 7:15-8:00 a.m. 

Ballroom D 

On the day of your scheduled presentation, a table will be 

reserved with your Final Session ID. Meet with the other session 

participants and discuss session logistics. All session materials 

will be distributed at this meeting. Beverage and pastry provided. 

Presentation Uploads 

Presenters (authors, panelists, lecturers, tutorial instructors) 

should plan to upload their presentations only on the computer 

in the session room in which they will be presenting. Please 

arrive 15 to 30 minutes prior to your session to upload your 

presentation. 

Presentations may be uploaded from CD-ROM or memory 

stick (flash drive). There will not be a central network server 

for the sessions. 

Audiovisual Equipment 

Standard AV equipment provided in meeting rooms: 

• LCD data projector • Microphone(s) 

• Computer • Pointer 

• Screen 

Registration 

ASME is a not for profit organization and requires all session 

participants to register and pay an appropriate registration fee. 

On site registration is located in the Level 1 Lobby. See other 

registration information on page 129. 

Badge Ribbons 

Pick up ribbons at the Information Desk in the Level 1 Lobby. 

See display for available ribbons. 

Need Assistance? Have Questions? 

Conference Sessions 

IGTI staff (with red badges) and session assistants (with Assistant 

badge ribbons) are circulating in the meeting room hallways to 

provide assistance as needed. 

Information Desk 

Open during registration hours, the Information Desk is a 

source for all meeting room related answers and supplies. Need 

assistance with AV? Looking for a committee’s best paper award? 

Stop here: Level 1 Lobby. 

DVD Proceedings/Paper Printing 

All technical conference registrants will have their badges 

encoded to receive a DVD containing all papers published for 

ASME TURBO EXPO 2011. Present your badge in the Registration 

Area in the Level 1 Lobby to receive your DVD. A computer 

printing station will also be available at the Information Desk for 

printing individual papers from the DVD. 

Thank you for participating in an IGTI Sponsored Event! 

AV Practice Room / Speaker Ready Room 

Meeting Room 107/108: 

SUNDAY June 5, 3:00 - 6:00 p.m. 

MONDAY June 6, 7:00 a.m. - 5:00 p.m. 

TUESDAY June 7, 7:00 a.m. - 5:00 p.m. 

WEDNESDAY June 8, 7:00 a.m. - 5:00 p.m. 

THURSDAY June 9, 7:00 a.m. - 5:00 p.m. 

FRIDAY June 10, 7:00 a.m. - 12:00 p.m. 


Expanded Topic Sessions 

The Technical Conference features cutting edge, state-of-the-art turbine technology from around the world. For the past few years, the 

conference has enhanced and expanded its leadership role in turbomachinery and broadened the program scope to include related topics 

from wind turbine technology, steam turbine technology, fans and blowers and solar brayton and rankine cycle. Also included in the 2011 

Technical Conference are sessions specifically geared toward the interests of gas turbine users. 

With the broadened scope, user focused sessions and the cutting edge gas turbine technology that ASME Turbo Expo is known for, 

there’s sure to be countless session topics that meet your professional interests. 

Broadened Scope of the 2011 Technical Conference Includes... 

Steam Turbines 

For the third year, the conference features special technical paper and panel sessions on steam 

turbine technologies. Many of the analyses, computational methods, and experimental techniques 

are common for steam turbines and gas turbines. However there are some unique features on 

steam turbines that can warrant special consideration. Including separate, but co-located, steam 

turbine sessions at Turbo Expo is a natural way of sharing many of the cutting edge technologies. 

Wind Turbine Technology Track 

Wind energy is the fastest growing renewable energy and recent R&D efforts have made 

wind turbines potentially competitive with traditional fossil fuel plants. This year, a new IGTI 

committee is devoted to wind turbine technology which addresses recent developments in 

aerodynamics, performance, control, drive-train dynamics, and network integration. 

Fans and Blowers 

Fans and blowers consume approximately 20% of all electricity generated, with governments 

increasingly focusing on improvement in fan efficiency as one part of their response to global 

climate change. Fan manufacturers are increasingly adopting turbomachinery design tools and 

techniques as commercial and legislative pressures drive manufactures to improve efficiency. 

In response to these challenges, a new fans & blowers track has been formed to address 

current issues associated with fans and blowers intended for non-aerospace applications. 

Solar Brayton and Rankine Cycle 

Efficient, clean, and abundant solar energy production has moved to the forefront of 

global challenges, intimately linked with global climate changes, stable economic growth, 

and natural resource conservation. Through IGTI’s continuing mission in supporting the 

international exchange of information related to energy, Turbo Expo is expanding its 

coverage of machinery systems to closely related solar power plant technologies. 

User Sessions 

User sessions highlighted throughout the technical conference offer a great opportunity to learn 

about the most recent industry best practices, new technology and developments. This user focused 

material is arranged in a series of tutorials, panel and technical paper sessions, thus making it an 

ideal setting for the exchange of information with other industry practitioners. Attend these sessions 

to network and exchange the latest in technology and practices with other gas turbine users. 

Gas Turbine Users... 

Look for this symbol R throughout the session listings for topics of interest especially for you! 


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Exhibit Hall Floor Plan Subject to Change 

Vancouver Convention Centre 


Exhibit Directory 

Round out your conference experience by spending time Tuesday through Thursday in the exhibit hall, featuring the latest and best 

technology offered by leading companies in the industry. Lunches and receptions in the exhibit hall each day will provide relaxed, yet 

focused networking opportunities. 

EXPOSiTiOn OPEn: 

Tuesday, June 7 ............... 12:00 p.m. - 6:00 p.m. 

Wednesday, June 8 .......... 12:00 p.m. - 6:00 p.m. 

Thursday, June 9 .............. 11:30 a.m. - 2:30 p.m. 

Don’t miss the Exposition Closing 

Ceremony at 1:45 p.m. 

TABlE Of COnTEnTS: 

Exhibitor Booth listings ..................Pages 18-26 

Exhibitor Product Categories.......... Pages 29-30 

Thank you to our Exhibit Advisory Committee. Please stop by and visit with 

our EAC members and give them your suggestions and feedback on making 

the Turbo Expo Exposition an even better event. A complete listing can be 

found on page 130. If you are interested in joining this committee, contact 

the IGTI Expositions Department at igtiexpo@asme.org. 

REMinDERS: 

• No photographs can be taken in the exhibit hall without permission of 

Show Management and/or exhibiting company. 

• Place your vote for the People’s Choice Award at the entrance to the 

exhibit hall. 

• See security personnel for emergencies and first aid assistance. 

If you are interested in exhibiting in Copenhagen, Denmark at Turbo Expo 2012, contact IGTI at igtiexpo@asme.org or stop by 

the Exhibit Sales Office in the exhibit hall to secure your booth. 

Every visitor, delegate 

and exhibitor at the 

EXPO can attend 

any of the following 

presentations, 

FREE OF CHARGE. 

Each is delivered by one 

of the Exhibitors at the 

EXPO–all of them leading 

experts in their field. 

Stage Presentation Schedule 

Tuesday, June 7 Company/Topic 

1:00 – 1:30 p.m.. ...... Engineering for Change initiative presented by Noha El-Ghobashy 

from ASME 

1:45 – 2:15 p.m.. ...... ANSYS Workbench Integrated Turbomachinery Design and Analysis 

2:30 – 3:00 p.m.. ...... Significant Advances in CFD Process, Methods and Applications for 

Turbomachinery Flows presented by Fred Mendonca from CD-adapco 

3:15 – 3:45 p.m.. ...... CapaciSense – Real time blade monitoring on installed Gas Turbines 

presented by Paul Seccombe, Technical Manager from Tyco Thermal 

Controls 

4:00 – 4:30 p.m.. ...... ANSYS Combustion for Gas Turbines 

4:45 – 5:15 pm. ....... Design of Mixed Flow (Axial-Radial) Compressor with AxSTREAM 3 

presented by Dr. Leonid Moroz from SoftInWay 

Wednesday, June 8 

1:00 – 1:30 pm. .......ANSYS Rotordynamics 

1:45 – 2:15 pm. ....... Realization of Harsh Environment Sensing Systems for Gas Turbines 

presented by Ian Macafee from Oxsensis Ltd. 

2:30 – 3:00 pm. .......Presentation by Fred Mendonca from CD-adapco 

3:15 – 3:45 pm. ....... UFFA - Universal Fan Facility for Acoustics - An Enhancement of Europe’s 

Largest Aero Acoustic Test Facility for Aero Engine Fans presented by Dr. 

Edmund Ahlers, Managing Director from AneCom AeroTest GmbH 

4:00 – 4:30 pm. ....... MMP (Micro Machining Process) Advanced Superfinishing Technology 

presented by Dr. Laurent Cataldo from MicroTek Finishing, LLC 

4:45 – 5:15 pm. ....... Retrofitting of Turbomachinery: from Scanned Data to a New Efficient 

Flow Path with AxSTREAM 3 presented by Ronnie Lindgren from SoftInWay 

Thursday, June 9 

12:30 – 1:00 pm ...... Concepts NREC’s Next Generation Turbomachinery Design System presented 

by Mark Anderson, VP of Software Development from Concepts NREC 

1:45 – 2:30 p.m.. ......IGTI, Exposition Closing Ceremony 


17

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Exhibitor Booth listings 

ADvAnCED DESign TEChnOlOgy 326 

Dilke House, 1 Malet St., London, WC1E 7JN, UK 

+44 20 7299 1170 • info@adtechnology.co.uk 

http://www.adtechnology.co.uk 

ADT is a global leader in the development of advanced turbomachinery 

design methods. 

AikOkU AlPhA CORP. AP (AERO PRECiSiOn) 

DiviSiOn 219 

Morikami, Sobue, Inazawa, Aichi, 495-8501, Japan 

+81 587971115 • m-nakashima@aikoku.com 

http://www.aikoku.com 

Using our 73 5-axis milling machines & 4 CMMs, Aikoku Alpha is a global 

leader of Impellers & Blisks. 

AiR MOvEMEnT AnD COnTROl 

ASSOCiATiOn inTERnATiOnAl Publications Kiosk 

30 West University Drive, Arlington Heights, IL, 60004, USA 

+1 847-394-0150 • info@amca.org • http://www.amca.org 

The association’s mission is to promote the health and growth of the air 

movement and control industry consistent with the interest of the public. 

AlMCO, inC. 527 

507 West Front Street, Albert Lea, MN, 56007, USA 

+1 800-521-2740 • mstay@almco.com • http://www.almco.com 

Almco is the leading manufacturer of precision metal surface finishing and 

parts cleaning equipment for the turbine industry. 

AlTA SOlUTiOnS, inC. 618 

10915 Technology Place, San Diego, CA, 92127, USA 

+1 877-258-2765 • callsopp@altasol.com 

http://www.altasol.com 

Modular real-time protection and monitoring systems for vibration and 

combustion dynamics. Powerful machinery data analysis and visualization 

software with intelligent alarms, trending, transient analysis, and highspeed 

recording. 

AlTAiR EnginEERing 341 

1820 East Big Beaver Road, Troy, MI, 48083, USA 

+1 248-614-2400 • yancey@altair.com • http://www.altair.com 

Altair Engineering empowers innovation and decision-making through 

technology that optimizes the analysis of information. 

AMERiCAn BRAZing 401 

4428 Hamann Parkway, Willoughby, OH, 44094, USA 

+1 440-510-4104 • sales@paulo.com • http://www.paulo.com 

Heat Treating and Brazing – Vacuum, Hydrogen, Argon and Air atmospheres 

– ISO9001:2008/AS9100/Nadcap registered. 

AMERiCAn inSTiTUTE Of AEROnAUTiCS 

AnD ASTROnAUTiCS (AiAA) Publications Kiosk 

1801 Alexander Bell Drive, Suite 500, Reston, VA, 20191-4344, USA 

custserv@aiaa.org • http://www.aiaa.org 

The American Institute of Aeronautics and Astronautics (AIAA) is the world’s 

largest technical society devoted to the global aerospace community. 

AMERiCAn SOCiETy Of 

MEChAniCAl EnginEERS (ASME) 239 

Three Park Avenue, New York, NY, 10016-5990, USA 

+1 800-843-2763 • infocentral@asme.org • http://www.asme.org 

Founded in 1880 as the American Society of Mechanical Engineers, 

today’s ASME promotes the art, science & practice of mechanical & 

multidisciplinary engineering and allied sciences around the globe. 

AnECOM AEROTEST gMBh 538 

Freiheitstrasse 122, Wildau, D-15745, Germany 

+49 (0)3375 9226-10 • marketing@anecom.de 

http://www.anecom.de 

Provides a wide range of component test and engineering services for the 

aero engine and industrial gas turbine industries. 

AnSyS, inC. 313 

Southpointe, 275 Technology Drive, Canonsburg, PA, 15317, USA 

ansysinfo@ansys.com • http://www.ansys.com 

ANSYS provides world-class engineering simulation technology to deliver 

innovative, customer-focused solutions, helping turbomachinery providers 

effectively position themselves in a dynamic and highly competitive market. 

ASME inTERnATiOnAl gAS TURBinE inSTiTUTE 238 

6525 The Corners Pkwy., Ste. 115, Norcross, GA, 30092, USA 

+1 404-847-0072 • igti@asme.org • http://igti.asme.org/ 

IGTI is dedicated to supporting the international exchange & development 

of information to improve the design, application, manufacture, operation 

& maintenance, & environmental impact of all types of gas turbines, 

turbomachinery & related equipment. 


ASOCiACión lATinOAMERiCAnA 

DE EnERgíA EóliCA Publications Kiosk 

Avenida Terranova 1091 - 2, Guadalajara, Mexico 

+52 33 38178300 • info@lawea.org • http://www.lawea.org/ing 

The Wind Energy Association Latin America, LAWEA, promotes the use of 

Wind Energy as a clean electricity source to be supplied to Latin America 

countries. 

B&B-AgEMA gMBh 403 

Juelicher Strasse 338, Aachen, 52070, Germany 

+49 241568780 • info@bub-agema.de • http://www.bub-agema.de 

Independent engineering service provider for design and optmization of gas 

turbine components and power plant devices. 

BESTinClASS SA 632 

Chemin de la caisserie 4, Genolier, 1272, Switzerland 

+41 (0) 22 994 40 50 • laurent_cataldo@binc.biz 

http://www.binc.biz 

Best in Class’ Micro Machining Process (MMP), provides custom surface 

finishes to customer specifications. 

CAlnETiX 302 

12880 Moore Street, Cerritos, CA, 90703, USA 

+1 562-293-1670 • wbryant@calnetix.com 

http://www.calnetix.com 

Calnetix is the global leader in developing and manufacturing high efficiency 

PM motors, generators & power electronics. 

CAMBRiDgE flOW SOlUTiOnS lTD. 331 

Compass House, Vision Park, Histon, Cambridge, CB24 9AD, UK 

+44 (0)1223 257978 • mary.aldridge@cambridgeflowsolutions.com 

http://www.cambridgeflowsolutions.com 

Cambridge Flow Solutions is the power behind Boxer, the revolutionary 

mesh generation system designed for today’s most challenging CAE 

applications to deliver results fast and automated within your workflow. 

CAnADiAn SOCiETy fOR 

MEChAniCAl EnginEERing Publications Kiosk 

Engineering Institute of Canada, 1295 Highway 2, 

Kingston, ON, K7L 4V1, Canada 

+1 613 547 5989 • csme@cogeco.ca • http://www.csme-scgm.ca/ 

The Canadian Society for Mechanical Engineering is a society that brings 

together all mechanical engineering personnel, and engineers in other 

disciplines with interest in mechanical engineering. 


CAPTURE 3D, inC. 434 

Headquarters, 3505 Cadillac Avenue F1, Costa Mesa, CA, USA 

+ 1 714-546-7278 • info@capture3d.com • http://www.capture3d.com 

Leader in accurate & fast non-contact 3D measurement solutions to 

optimize inspection, reverse engineering, and more. 

CD-ADAPCO 403 

60 Broadhollow Road, Melville, NY, 11747, USA 

+1 631-549-2300 • info@us.cd-adapco.com 

http://www.cd-adapco.com 

CD-adapco is the leading global provider of full-spectrum engineering 

simulation (CAE) solutions for fluid flow, heat transfer and stress. 

CEi 501 

2166 North Salem Street, Apex, NC, 27523, USA 

+1 919.363.0883 • sales@ceisoftware.com 

http://www.ceisoftware.com 

CEI is a privately held software company that develops & supports software 

for post-processing CAE results. 

CfTURBO SOfTWARE & EnginEERing gMBh 431 

Unterer Kreuzweg 1, Dresden, D-01097, Germany 

+49 35140790479 • info@cfturbo.de • http://www.cfturbo.com 

Engineering company offering CAE services and software development 

focusing on fluid dynamics/turbomachinery. 

CinCinnATi COnTROl DynAMiCS inC. 544 

4924 Para Drive, Cincinnati, OH, 45237, USA 

+1 513-242-7300 • sales@ccdi1.com • http://www.ccdi1.com 

We offer a range of solutions for your airflow needs. Please contact us for 

your airflow solution. 

COgEnERATiOn AnD On-SiTE POWER 

PRODUCTiOn MAgAZinE 500 

Warlies Park House, Horseshoe Hill, Upshire, Essex, EN9 3SR, UK 

+44 1992 65 6600 • NatashaC@Pennwell.com 

http://www.cospp.com 

Cogeneration & On-Site Power Production focuses on the clean and highlyefficient 

generation of power through decentralized generation and combined 

heat and power for an industrial, utility and governmental readership. 

“[Turbo Expo is an] excellent 

networking opportunity. 

Good event to get up-to-date 

on selected technical areas 

of technology development.” 

– Simon Hogg, Durham University 


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20 


COnCEPTS nREC 519 

217 Billings Farm Road, White River Junction, VT, 05001-9486, USA 

+1 781-937-4686 • sales@conceptsnrec.com 

http://www.conceptsnrec.com 

A one-stop shop for all things “Turbomachinery”: engineering/manufacturing 

services, CAE/CAM software & educational courses. 

COPEnhAgEn 2012 528 

6525 The Corners Parkway, Suite 115, Norcross, GA, 30092, USA 

+1 404-847-0072 • igti@asme.org • http://www.turboexpo.org 

Be sure to stop by the booth to pick up valuable information for making your 

plans to exhibit at Turbo Expo 2012 in Copenhagen, June 11-15, 2012. 

CREAfORM 242 

5825, St-Georges, Lévis, QC, G6V 4L2, Canada 

+1 418-833-4446 • info@creaform3d.com 

http://www.creaform3d.com 

Creaform combines every 3D process and technology with innovative 

solutions covering the entire range of 3D applications. 

DgA AERO-EnginE TESTing 209 

Rue Jean Rostand, Orsay, Cedex, 91895, France 

+33 1 69418140 • m-a.dumas@orange.fr 

http://www.defense.gouv.fr/dga 

Altitude test facilities and skilled people for any engine or component 

program. 

DiESEl AnD gAS TURBinE WORlDWiDE 105 

20855 Watertown Road, Suite 220, Waukesha, WI, 

53186-1873, USA 

+1 262-754-4100 • kkane@dieselpub.com 

http://www.dieselgasturbine.com/contact.asp 

Diesel & Gas Turbine Worldwide magazine is dedicated to engine room 

products, technologies and news. 

DOnAlDSOn COMPAny, inC. 222 

1400 West 94th Street, Bloomington, MN, 55431-2303, USA 

+1 952-887-3844 • Mark.Brandenhoff@Donaldson.com 

http://www.Donaldson.com 

Donaldson is a leading worldwide provider of inlet filtration systems for gas 

turbines and industrial compressors. 

E+A 223 

964 Autumn Oak Circle, Concord, CA, 94521, USA 

+1 926 685-0227 • mdrumm@eandaUSA.com 

http://www.eandaUSA.com 

e+a makes rotors and stators that customers use to build motors and 

generators for high-speed and high-power applications. 

EnERg MAgAZinE Publications kiosk 

PO Box 93652, Vancouver, British Columbia, V6E 4L7, Canada 

+1 800-518-8022 • info@altenerG.com • http://www.altenerg.com/ 

EOS is the leading producer of laser-sintering systems for rapid manufacturing 

of components from metal, plastic and sand. 

EnginEERing fOR ChAngE 213 

partners@engineeringforchange.org 

http://www.engineeringforchange.org 

Online forum to connect, collaborate, solve challenges & share knowledge 

with engineers, technologists, social scientists, NGOs, local govt, & 

community advocates who are dedicated to improving the quality of life. 

EUROPEAn TURBinE nETWORk Publications kiosk 

ASME TURBO EXPO 2011 FINAL PROGRAM FOR MORE DETAILS VISIT WWW.TURBOEXPO.ORG 

ETN 

Rue Saint Georges 30, Brussels, 1050, Belgium 

+32 (0)2 646 15 • cb@etn-gasturbine.eu 

http://www.etn-gasturbine.eu 

ETN is a gas turbine industry association bringing together the whole value 

chain of GT community. ETN promotes environmentally sound gas turbine 

technology with reliable and low cost operation in Europe. 

flORiDA TURBinE TEChnOlOgiES 145 

1701 Military Trail, Suite 110, Jupiter, FL, 33458, USA 

+1 561-427-6339 • sreome@fttinc.com • http://www.fttinc.com 

We offer turbomachinery engineering and testing. Introducing IR On-Line 

Monitoring for aerospace NDE and health management. 

flOW SySTEMS, inC. 215 

220 Bunyan Ave., Berthoud, CO, 80513, USA 

+1 970-532-0617 x100 • kmohn@flowsystemsinc.com 

http://www.flowsystemsinc.com/ 

Our mission is to provide clients with economical solutions for quality flow 

measurement through consultation, components or turnkey test systems.

flOWMASTER lTD. 334 

The Maltings Pury Hill Business Park, Alderton Rd, Towcester, 

Northants, NN127TB, UK 

+44 1327 306000 • ken.kantor@flowmaster.com 

http://www.flowmaster.com/ 

Flowmaster Gas Turbine Modeling Software is an industry specific thermofluid 

system simulation software tool. Built upon the proven Flowmaster 

V7 framework, the Gas Turbine product combines the general fluid flow 

components with Swirl and Heat Transfer solver capability for Secondary Air 

system modeling. 

fOgAlE nAnOTECh 233 

125 rue de l’hostellerie - Bât A - Ville Active, 

Nimes, Gard, F-30900, France 

+33 466620555 • w.panciroli@fogale.com • http://www.fogale.com 

FOGALE nanotech is a worldwide known reference in the field of high 

accuracy dimentional metrology. 


gAS TURBinE SOCiETy Of JAPAn Publications Kiosk 

7-5-13-402, Nishishinjuku, Shinjuku-ku, Tokyo, 160-0023, Japan 

+81-3-3365-0095 • gtsj@wwwsoc.nii.ac.jp 

http://www.gtsj.org/english/about_gtsj.html 

The members of GTSJ are in a wide variety of fields such as gas turbine 

manufacturing companies, users, universities, national laboratories and 

other corporations. 

gAS TURBO TEChnOlOgy 221 

21 Motorostroiteley St., Rybinsk, Yaroslavl Region, 152935, Russia 

+7 4855-244851 • info@gtt.ru • http://www.gtt.ru/en 

Reliable Russian specialised edition. It covers designs and applications, 

reports on installation, operation and maintenance of gas turbines and GT 

powerplants, new products and business development, companies and key 

persons of the industry. 

gE 319 

One Neumann Way, Cincinnati, OH, 45215, USA 

http://www.ge.com 

GE is a diversified global infrastructure, finance and media company that is built 

to meet essential world needs. 

hAynES inTERnATiOnAl, inC. 425 

1020 West Park Ave., Kokomo, IN, 46904, USA 

+1 765-456-6000 • mduchane@haynesintl.com 

http://haynesintl.com 

Developer, manufacturer & marketer of HASTELLOY® and HAYNES® alloys 

for high-temperature & corrosion applications. 

hUffMAn CORPORATiOn 339 

1050 Huffman Way, Clover, SC, 29710, USA 

+1 803-222-4561 x1437 • spearson@huffmancorp.com 

http://www.huffmancorp.com 

Manufactures multi-axis superabrasive grinding, laser drilling & powder fusion 

welding, & abrasive waterjet systems. 

iMi SEnSORS 206 

3425 Walden Avenue, Depew, NY, 14043, USA 

+1 888-959-4464 • imi@pcb.com • http://www.imi-sensors.com 

IMI Sensors specializes in the design and manufacturing of sensors and 

signal conditioning instrumentation. 


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iMPACT TEChnOlOgiES, llC 218 

200 Canal View Boulevard, Rochester, NY, 14623, USA 

+1 585-424-1990 • jeannie.holmes@impact-tek.com 

http://www.impact-tek.com 

Impact provides products and services for analyzing, predicting, and 

managing the health of machines and critical systems. 

inDUSTRiAl APPliCATiOn 

Of gAS TURBinES 234 

IAGT c/o 1421 Nash Road, Courtice, Ontario, L1E2J9, Canada 

+1 905-436-0375 • help@canavents.com 

http://www.iagtcommittee.com 

Register now for our Symposium (see website). 

inDUSTRiAl hEATing Publications Kiosk 

Manor Oak One, Suite 450, 1910 Cochran Road, 

Pittsburgh, PA, 15220, USA 

+1 412-306-4351 • doug@industrialheating.com 

http://www.industrialheating.com 

IH is the largest industry publication, with 19,475 circulation and articles 

covering thermal processes in excess of 1000°F. 

inTERnATiOnAl ThERMAl 

SPRAy ASSOCiATiOn 232 

208 Third St., Fairport Harbor, OH, 44077, USA 

+1 440-357-5400 • kathydusa@thermalspray.org 

http://www.thermalspray.org 

The International Thermal Spray Association is a professional trade organization 

dedicated to expanding the use of thermal spray technologies for the benefit of 

industry and society. 

inTERnORMEn TEChnOlOgy gMBh 100 

Friedensstrasse 41, Altlussheim, 68804, Germany 

+1 514 591 8865• canada.east@internormen.com 

http://www.internormen.com 

Filter Technology / Fluid Management System Technology 

Contamination Monitoring Software Process Technology 

kARAliT SRl 200 

Technology Park of Sardinia - Loc. Piscinamanna, Pula, Cagliari, 

I-09010, Italy 

+39 070 92432171• info@karalit.com • http://www.karalit.com 

KARALIT, operating in the CAE market, delivers innovative CFD software 

solutions for engineering analysis. 

ThE kOREAn SOCiETy Of 

MEChAniCAl EnginEERS Publications Kiosk 

Room 702 KSTC Building 635-4 Yeogsam-dong, Kangnam-Ku, 

Seoul, 135-703 Korea 

+82 (0)2 501 5035 • editorial@j-mst.org • http://eng.ksme.or.kr/ 

The mission of KSME is to facilitate advances in the fields of mechanical 

engineering in industry and academia in order to contribute to the interest of 

general public. 

kUliTE SEMiCOnDUCTOR PRODUCTS, inC. 235 

One Willow Tree Road, Leonia, NJ 07605 USA 

+1 201-461-0900 • info-kulite@kulite.com 

http://www.kulite.com 

Kulite manufactures miniature high frequency & flight qualified pressure 

transducers, wind tunnel engine pressure probes & turbine blade implants, for 

development & manufacture of every major aircraft propulsion program. 

lg TECh-link 335 

311 North Cottonwood Street, Chandler, AZ, 85225, USA 

+1 480-247-9200• Lev.Ginzbursky@lgtechlink.com 

http://lgtechlink.com/ 

LG Tech-Link provides access to unique, accurate, micro-size temperature 

sensor technology and supporting consulting to address the challenging 

problem of metal temperature measurement in a hostile turbine 

environment. 

liBURDi TURBinE SERviCES inC. 230 

400 Highway 6 North, Dundas, Ontario, L9H 7K4, Canada 

+1 905-689-0734 • liburdi@liburdi.com • http://www.liburdi.com 

Liburdi Turbine Services provides advanced hot section repairs and customized 

engineering services for all makes of turbines. 

lPP COMBUSTiOn llC 103 

8940 Old Annapolis Road., Suite K, Columbia, MD, 21045, USA 

+1 410-884-3089 • info@LPPCombustion.com 

http://www.lppcombustion.com/ 

LPP Combustion’s system creates clean combustion of liquid fuels for gas 

turbines. 


METAlliZing EqUiPMEnT CO. PvT. lTD. 112 

E-101, M.I.A., 2nd Phase, Basni, Jodhpur, 342005, India 

+91-0291-2747601/02 • marketing@mecpl.com 

http://www.mecpl.com 

Manufacturer of Shot/Grit/Abrasive Blasting & Thermal Spray Coating 

equipments in India. 

MiCROTEk finiShing, llC 632 

5229 Muhlhauser Road, Hamilton, OH, 45011, USA 

+1 513-766-5600 • robyn.bell@microtekfinishing.com 

http://www.microtekfinishing.com 

MicroTek Finishing is North Americas exclusive provider of MMP, (Micro 

Machining Process). 

MORRiS TEChnOlOgiES 533 

11988 Tramway Drive, Cincinnati, OH, 45241, USA 

+1 513-617-8386 • twarden@morristech.com 

http://www.morristech.com 

Morris Technologies Inc. (MTI) is the Global leader in Direct Metal Laser 

Sintering with 17 EOS DMLS machines. 

nATiOnAl AEROnAUTiCS AnD SPACE 

ADMiniSTRATiOn (nASA) 508 

MS 54-3, 21000 Brookpark Road, Cleveland, OH, 44135, USA 

+1 216-433-3640 • Dale.E.VanZante@nasa.gov 

http://www.nasa.gov 

NASA Aeronautics Research Mission Directorate works to solve the 

challenges that exist in our Nation’s air transport system. 


nORD-lOCk, inC. 228 

1051 Cambridge Drive, Elk Grove Village, IL, 60007, USA 

+1 877-799-1097 • julie.pereyra@nord-lock-inc.com 

http://www.nord-lock.com 

Nord-Lock Bolt Securing System secures bolted joints exposed to vibration. 

The lockwashers prevent any unwanted loosening. 

nORThWEST METTECh CORP 207 

467 Mountain Highway, North Vancouver, British Columbia, 

V7J 2L3, Canada 

+1 604-987-1668 • igor.yaroslavski@mettech.com 

http://www.mettech.com 

Mettech’s business is to solve our customers’ coatings and materials challenges 

through integrated solutions. 

nRC inSTiTUTE fOR AEROSPACE RESEARCh 304 

1200 Montreal Rd., Ottawa, Ontario, K1A OR6, Canada 

+1 613-990-0765 • jeff.mackwood@nrc.ca 

http://www.nrcaerospace.com 

The National Research Council Institute for Aerospace Research (NRC 

Aerospace) is Canada’s national aerospace laboratory. 

nUMECA 202 

2141 Mission Street, Suite 201, San Francisco, CA, 94110, USA 

+1 415-558-84 83 • contact@numeca-usa.com 

http://www.numeca.com 

NUMECA International is a major provider of Computational Fluid Dynamics 

software suites and consulting services for simulation, design and 

optimization of flow and heat transfer systems. 

To learn more visit: http://www.numeca.com. 

OlyMPUS 301 

48 Woerd Avenue, Waltham, MA, 02453, USA 

+1 781-419-3900 • info@olympusndt.com 

http://www.olympus-ims.com 

Olympus provides an industry-leading portfolio of innovative testing, 

measuring, and imaging instruments. 

OROS 208 

23 Chemin Des Pres - Inovalle 4403, MEYLAN Cedex, 38944, France 

+33.8.11.70.62.36 • info@oros.com • http://www.oros.com 

OROS offers a full range of noise and vibration instruments for rotating 

machinery: Portable, Rugged & Multichannel. 


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OXSEnSiS lTD. 427 

Rutherford Appleton Laboratory, Didcot, Oxen, OX11 0QX, UK 

+44 1235 778120 • contact@oxsensis.com 

http://www.oxsensis.com 

We are pioneering a new breed of optical instrumentation for precision control 

in super-harsh environments in Gas Turbines. 

PARkER hAnnifin 409 

124 Columbia Street, Clyde, NY, 14433, USA 

+1 315-923-2311 • mroth@parker.com • http://www.parker.com 

Parker Hannifin is the world’s leading diversified manufacturer of motion and 

control technologies and systems, providing precision-engineered solutions for a 

wide variety of mobile, industrial and aerospace markets. 

PCA EnginEERS liMiTED 318 

Studio 2, Deepdale Enterprise Park, Deepdale Lane, Nettleham, 

Lincoln, LN2 2LL, UK 

+44 1522 596959 • chris.robinson@pcaeng.co.uk 

http://www.pcaeng.co.uk 

PCA is an independent consultant, specialist in aero-mechanical design 

of turbomachinery for the world’s leading OEMs in aero and industrial gas 

turbines, micro gas turbines, turbochargers, industrial compressors and fans. 

PhOTROn USA, inC. 107 

9520 Padgett Street, Suite 110, San Diego, CA, 92126, USA 

+1 858-684-3555 • image@photron.com • http://www.photron.com 

Photron offers high speed video cameras for blade containment, PIV, flow 

visualization, fuel injection & combustion studies. 

POinTWiSE, inC. 320 

213 South Jennings Avenue, Fort Worth, TX, 76104, USA 

+1 817-377-2807 • sales@pointwise.com 

http://www.pointwise.com 

Pointwise is solving the top problem facing engineering analysts today: 

preprocessing for computational fluid dynamics. 

PRAEWEST PRäZiSiOnSWERkSTäTTEn DR.-ing. 

hEinZ-RUDOlf JUng gMBh & CO. 225 

Martinsheide 7, Bremen, 28757, Germany 

+49 421 6585 10 • sekretariat@praewest.com 

need logo 

http://www.praewest.com 

PRÄWEST - 24 hours a day - 365 days a year - your partner for Hi-Tech 

machining. 

PRATT & WhiTnEy 303 

400 Main Street, East Hartford, CT, 06108, USA 

+1 860-565-4321 • http://www.pw.utc.com 

Pratt & Whitney, a United Technologies Corp. company, is a world leader 

in the design, manufacture & service of aircraft engines, industrial gas 

turbines & space propulsion systems. 

PRATT & WhiTnEy CAnADA 303 

1000 Marie-Victorin Blvd., Longueuil, Quebec, J4G 1A1, Canada 

+1 450-677-9411 • CFirst@pwc.ca • http://www.pwc.ca 

Pratt & Whitney Canada is a world leader in the design, manufacture and 

service of aircraft engines powering business, general aviation and regional 

aircraft, helicopters, auxiliary power units and industrial gas turbines. 

REnEWS AMERiCAS Publications Kiosk 

First Floor, St George’s House, St George’s Street, 

Winchester, SO23 8BG, UK 

+44 (0)1962 890 • sales@renews.biz • http://www.renews.biz/ 

reNews is essential reading for offshore wind worldwide. Not only are we 

closely monitoring the exciting UK market, we also aim to be first to report 

all that matters in offshore wind elsewhere in Europe, the US and Canada. 

ROTADATA 224 

Bateman Street, Derby, DE23 8JQ, UK 

+44 1332 348008 • http://www.rotadata.com 

sales@rotadata.com 

Instumentation specialists, Rotadata offers Optical Pyrometry, Digital 

Telemetry, NSMS, Tip Clearance, Traverse, Ultrasonic and Eddy Current 

Systems plus Instrumentation of Engine Components, Complete Engines or 

Fully Integrated Aerothermal Rigs. 

S2M Skf 231 

2 Rue Des Champs - BP 2282, St-Marcel, 27950, France 

+33 232 64 33 00 • farouk.ouazene@s2m.fr 

http://www.s2m.fr 

World leader (Strong experience - 26 years) in designing and manufacturing 

Magnetic Bearings for oil & gas Industry. 

SCAnivAlvE CORPORATiOn 330 

1722 North Madson Street, Liberty Lake, WA, 99019, USA 

+1 800-935-5151 • LHarris@scanivalve.com 

http://www.scanivalve.com 

Ethernet pressure and thermocouple scanners designed to be used in gas 

turbine test cells. 


SiMUliA 430 

166 Valley St., Providence, RI. 02909, USA 

+1 401-276-8104 • claudia.dacosta@3ds.com 

http://www.simulia.com 

SIMULIA is the Dassault Systemes brand that delivers a scalable portfolio of 

Realistic Simulation solutions. 

SOfTinWAy, inC. 109 

15 New England Executive Park, Burlington, MA, 01803, USA 

+1 781-685-4942 • Ronnie.Lindgren@softinway.com 

http://www.softinway.com 

Provides AxSTREAM software to design, retrofit & optimize axial/radial 

turbomachinery; and engineering & training services. 

SOnATS 439 

2 rue de la Fonderie, BP 40538, Carquefou Cedex, 44475, France 

+33 251 700 494 • o.briere@sonats-et.com 

http://www.sonats-et.com 

Ultrasonic Shot Peening, Post Weld Treatment & Innovative solutions for 

critical metallic components’ strengthening. 

SOUThWEST RESEARCh inSTiTUTE 203 

6220 Culebra Road, San Antonio, TX, 78238-5410, USA 

+1 210-522-5449 • klaus.brun@swri.org • http://www.swri.org 

SwRI offers gas turbine services in RCFA, troubleshooting, rotordynamics, 

material/coating selections and plant integration. 

STORk h&E TURBO BlADing 332 

334 Comfort Road, Ithaca, NY, 14850, USA 

+1 607-277-4968 x292 • joe.walker@storkhe.com 

http://www.HE-Machinery.com 

New blades, vanes, and related spares for steam turbines, gas turbines, axial 

compressors, fans, blowers and expanders. 

STRikER COMMUniCATiOnS Publications Kiosk 

2000-A Tom Miller Street, Austin, TX, 78723, USA 

+1 800-524-1620 • Victoria@striker-ent.com 

http://gasmachineryjournal.com/GMJournal 

The GM Journal is distributed at no charge to 5000 energy industry 

professionals and top-level decision makers with responsibility for gas 

machinery and compressor station design, installation, operations and 

maintenance. 

TARCO 226 

3004 Ogden Road Southeast, Calgary, Alberta, T2G4N5, Canada 

+1 403-265-0955 • ryan.jutte@tarco.com • http://www.tarco.com 

Tarco is a group of highly respected professionals in the business of rotating 

equipment controls solutions. 


TElEMETRiE ElEkTROnik gMBh 524 

Berliner Allee 42, Langenhagen, 30855, Germany 

+49 511-9783960 • info@datatel-telemetry.de 

http://www.datatel-telemetry.com 

Advanced telemetry for vibration, temperature and pressure surveys for 

rotating applications in engines or component rigs. 

ThERMOCOAX 438 

Shiloh Road East - Suite B7, Alpharetta, GA, 30005, USA 

+33 6 77904533 • olivier.herve@thermocoax.com 

http://www.thermocoax-aeronautic.com 

Expert in temperature measurement (2000°C), health monitoring (capacitive 

technology 1400°C no cooling), anti-icing systems, signal transmission. 54 

years experience - one-of-a-kind projects or recurrent production – ATEX. 

ThiRD DiMEnSiOn 115 

Easton Business Centre, Bristol, BS5 0HE, UK 

+44 3333 44 3000 • info@third.com • http://www.third.com 

A leading manufacturer of optical inspection systems for the aerospace and 

turbine industries. 

TORqUEMETERS lTD. 413 

West Haddon Road, Ravensthorpe, Northampton, NN6 8ET, UK 

+44 1604 770232 • info@torquemeters.com 

http://www.torquemeters.com 

Torquetronic torquemeters provide operators of critical turbo-machinery with 

accurate and direct measure of power. 

TRiUMPh EnginES 526 

2015 West Alameda Drive, Tempe, AZ, 85282, USA 

+1 602-472-7007 • jenderle@triumphgroup.com 

http://www.triumphgroup.com 

Triumph Engines Engineers, manufactures, and overhauls Aerospace and 

Light Industrial components. 

TURBinE COnTROlS CAnADA lTD 432 

421 Nugget Avenue, Unit 3, Toronto, Ontario, M1S 4L8, Canada 

+1 416-754-8686 • jyeremian@tccturbine.com 

http://www.tccturbine.com 

Turbine Controls Canada Ltd and Turbine Controls Ltd UK, is one of the 

leading suppliers of control equipment and specialist engineering services 

for the gas and steam turbine industry. Designing, supplying, installation 

and commissioning of control systems new and retrofit. 


25

26 


TURBinES & DiESElS MAgAZinE Publications Kiosk 

PO Box 18, Rybinsk, Yaroslavl Region, 152900, Russia 

+7 4855 28 59 • info@turbine-diesel.ru 

http://www.turbine-diesel.ru 

Magazine ‘Turbines and Diesel Engines’ covers the application of gas turbines 

and steam turbines, diesel and gas-piston machines for electric power 

generation, as well as their use as mechanical drives in various industries. 

TURBOCAM inC 530 

607 Calef Highway, Barrington, NH, 03825, USA 

+1 603-905-0335 • ollie.sexton@turbocam.com 

http://www.turbocam.com 

TURBOCAM has over 100 5-axis mills at 11 plants in 9 countries who manufacture 

over 1 million impellers per year. 

TURBODESign TEChnOlOgy, inC. 326 

31910 Robinson Hill Road, Golden, CO, 80403, USA 

+1 303-273-5867 • e1roy1@netzero.net 

http://www.turbodesign-tech.com 

TURBOdesign Technology provides aero/hydrodynamic design and sales 

services using the TURBOdesign Suite of design tools. 

TURBOMAChinERy inTERnATiOnAl Publications Kiosk 

50 Day Street, Norwalk, CT, 06854, USA 

+1 203-853-6015 • richardz@busjour.com 

http://www.turbomachinerymag.com 

Founded in 1960 as the original Gas Turbine International Magazine, provides 

worldwide coverage of news and developments in the power generation, oil & 

gas, pipeline, industrial process and chemical industries. 

TURBOMAChinERy lABORATORy 322 

509 Engineering Physics Building, College Station, TX, 77843, USA 

+1 979-845-7417 • info@turbo-lab.tamu.edu 

http://turbolab.tamu.edu/ 

The Turbomachinery Laboratory, Texas A&M, addresses the needs of the 

turbomachinery and pump industries. The Laboratory sponsors symposia in 

Texas and Doha, Qatar as well as a Research Consortium. 

TyCO ThERMAl COnTROlS 114 

3 Rutherford Road, Washington, Tyne and Wear, NE37 3HX, UK 

+44 191 419 8310 • paul.seccombe@tycothermal.com 

http://www.capacisense.com 

High temperature condition monitoring systems for turbine engines, that 

provide blade tip clearance and vibration data. 

UniTED COATingS TEChnOlOgiES CO. lTD. 333 

Machikou Industrial Zone, Changping County, Beijing, 102202, China 

+86-10-52961188 • info@united-coatings.net 

http://www.united-coatings.net 

United Coatings Technologies Co., Ltd. offers thermal spray coating service 

and PTA hardfacing service for turbine parts in China. 

vERiCOR POWER SySTEMS 529 

3235 Brookside Parkway #500, Alpharetta, GA, 30022, USA 

+1 770-569-8806 • tony.wilcoxson@vericor.com 

http://www.vericor.com 

TF and ASE gas turbines from Vericor power high performance ships and 

mechanical drive installations worldwide. 

If you are interested in exhibiting in Copenhagen, 

Denmark at Turbo Expo 2012, contact IGTI at 

igtiexpo@asme.org or stop by the Exhibit Sales Office 

in the exhibit hall to secure your booth. 


The Most Important Conference for 

Turbomachinery Professionals 

Presented by ASME International Gas Turbine Institute 

c o p e n h a g 

ePhoto by: Cees nvan Roeden 

Wonderful Copenhagen 

D E n M A R k 

June 11-15, 2012 | Bella Center 

www.turboexpo.org 

ASME INTERNATIONAL GAS TURBINE INSTITUTE 

phone +1-404-847-0072 | fax +1-404-847-0151 | igti@asme.org

28 

ASME/igTi Training Week 

february 27- March 2, 2012 

Southwest Research Institute • San Antonio, Texas, USA 

Don’t miss this unique opportunity for career advancement by attending one 

or multiple courses being offered at one location! 

gas Turbines & Compressors 

Monday-Tuesday, february 27 – 28, 2012 

SwRi instructors: Dr. Klaus Brun and Marybeth Nored 

Root Cause failure Analysis 

Wednesday, february 29, 2012 

SwRi instructors: David Ransom, Dr. Tim Allison 

and Dr. Dan Hopkins 

Rotor and Blade Dynamics 

Thursday, March 1, 2012 

SwRi instructors: Dr. Jeff Moore and Dr. Tim Allison 

field, factory Testing and Dynamics 

friday, March 2, 2012 

SwRi instructors: Justin Hollingsworth and Dr. Sean Tavares 

TURBOEXPO 

VANCOUVER 

A special thanks to Southwest Research Institute 

for allowing IGTI to use their facilities and 

providing the instructors for this training week. 


3D inSPECTiOn AnD 

MEASUREMEnTS 

Advanced Design Technology. Ltd 

Capture 3D, Inc. 

Creaform 

Florida Turbine Technologies 

Morris Technologies 

Photron USA, Inc. 

Southwest Research Institute 

Third Dimension. 

AERODERivATivE gAS TURBinE 

REPAiR & OvERhAUl 

Diesel & Gas Turbine Worldwide 

Liburdi Turbine Services Inc. 

Northwest Mettech Corp 

Parker Hannifin 

SONATS 

Stork H&E Turbo Blading 

United Coatings Technologies Co. Ltd. 

AiR SySTEMS 

Air Movement and Control 

Association International 

Numeca 


AnAlyTiCAl 

AneCom AeroTest GmbH 



SoftInWay Inc. 


TURBOdesign Technology, Inc. 

Tyco Thermal Controls 

AnCillARy EqUiPMEnT 

Donaldson Company, Inc 


Tarco 

THERMOCOAX 


AUTOMATED 3D inSPECTiOn 

AnD MEASUREMEnTS 



Third Dimension 

Turbine Controls Canada Ltd. 

AXiAl & CEnTRifUgAl 

COMPRESSORS 


Aikoku Alpha Corp. AP 

(Aero Precision) Division 

Concepts NREC 

DGA Aero-engine Testing 


Numeca 

PCA Engineers Limited 

Praewest Präzisionswerkstätten Dr.- 

Ing. Heinz-Rudolf Jung GmbH & Co. 

S2M SKF 



AXiAl & CEnTRifUgAl 

COMPRESSORS (COnT.) 


Turbocam Inc 




COMPOnEnTS 


Calnetix 

Concepts NREC 



E+A 


IMI Sensors 

INTERNORMEN Technology GmbH 

Nord-Lock, Inc. 





THERMOCOAX 

Turbine Controls Canada Ltd 



COnSUlTing & EnginEERing 

SERviCES 


Altair Engineering 


ANSYS 

B&B-Agema GmbH 

Cambridge Flow Solutions Ltd 


CD-adapco 

Cincinnati Control Dynamics Inc. 

Concepts NREC 

Creaform 



Haynes International, Inc. 

Impact Technologies, LLC 

KARALIT srl 




NRC Institute for Aerospace Research 

Numeca 


Pointwise, Inc. 


SONATS 


Tarco 



COnTROlS/inSTRUMEnTATiOn 

Alta Solutions, Inc. 



FOGALE nanotech 

Exhibitor Product Categories 

COnTROlS/inSTRUMEnTATiOn 

(COnT.) 

IMI Sensors 


Kulite Semiconductor Products, Inc. 

Oxsensis Ltd. 

Scanivalve Corp. 


Tarco 

Telemetrie Elektronik GmbH 

THERMOCOAX 

Torquemeters Ltd. 



DESign PROCESS & 

METhODOligiES 


ANSYS 


Calnetix 

Concepts NREC 




Numeca 




Tarco 


DRivE TRAin EqUiPMEnT 

E+A 

EDUCATiOn 

American Society of Mechanical 

Engineers (ASME) 

ASME International Gas Turbine 

Institute (IGTI) 

Canadian Society for Mechanical 

Engineering 

Concepts NREC 


enerG Magazine 

Gas Turbine Society of Japan 

Industrial Application of Gas Turbines 

International Thermal Spray 

Association 

Korean Society of Mechanical 

Engineers, The 



reNews Americas 


Turbines & Diesels Magazine 

Turbomachinery Laboratory 

EXPAnDERS 

Numeca 



S2M SKF 



Tarco 

fAnS & BlOWERS 


Air Movement and Control 

Association International 


Concepts NREC 


Numeca 


S2M SKF 






filTERS 





fiRE PROTECTiOn SySTEMS 

(WATER fiRE MiST PROTECTiOn) 


Tarco 

THERMOCOAX 

fUEl SySTEMS 




Parker Hannifin 


Tarco 

gAS TURBinES 




Concepts NREC 




IMI Sensors 



LPP Combustion, LLC 




Numeca 




S2M SKF 




Tarco 




Turbomachinery International 



29

30 

Exhibitor Product Categories 

gAS TURBinES (COnT.) 


Vericor Power Systems 

gEAR TyPE COMPRESSORS 





gOvERnMEnT ORgAniZATiOn 


National Aeronautics and Space 

Administration (NASA) 


iSOThERM COMPRESSORS 



lASER AnD OPTiCAl 3D 

SCAnning 

Creaform 




lASER DRilling/ 

lASER MAChining 

Huffman, LLC 

lASER WElDing 

Huffman, LLC 


MAinTEnAnCE AnD OPERATiOn 





IMI Sensors 



Nord-Lock, Inc. 


SONATS 

Tarco 



MAnUfACTURing PROCESSES 

Almco, Inc 

ANSYS 

Best in Class 

Calnetix 


Concepts NREC 


Huffman, LLC 

IMI Sensors 

MicroTek Finishing, LLC 

MAnUfACTURing PROCESSES 

(COnT.) 









MAnAgEMEnT & MAinTEnAnCE 

Of ROTATing EqUiPMEnT fOR 

ThE Oil & gAS inDUSTRiES 

Diesel and Gas Turbine Worldwide 

IMI Sensors 

SONATS 



Tarco 

MiCROSCOPE SySTEMS AnD 

DigiTAl iMAging 



MOniTORing SOfTWARE 







S2M SKF 



Tarco 




OEM gAS TURBinE/POWER 

TURBinE 





IMI Sensors 





S2M SKF 


Tarco 



Oil SySTEMS 






PACkAgE/TURnkEy APPliCATiOnS 


Huffman, LLC 


PROCESS COnTROl SySTEMS 


IMI Sensors 


Tarco 


PROCESS gAS SCREW 

COMPRESSORS 


Tarco 

SERviCE fOR TURBinES 

& COMPRESSORS 





S2M SKF 

SONATS 



Tarco 



SOfTWARE & COMPUTER 

hARDWARE 



ANSYS 


Cambridge Flow Solutions Ltd 

CD-adapco 

CEI 

Concepts NREC 

Flowmaster Ltd 

KARALIT srl 

Numeca 





Tarco 



SOlAR 



SPECiAl MATERiAlS 








STEAM TURBinES 

Concepts NREC 



Numeca 




S2M SKF 









TESTing 



Concepts NREC 




IMI Sensors 


National Aeronautics and Space 

Administration (NASA) 


Olympus 


Scanivalve Corp. 


Telemetrie Elektronik GmbH 




vACUUM hEAT TREATing 

AnD BRAZing SERviCES 

American Brazing 


WATERJET CUTTing/DRilling 


Huffman, LLC 

WinD TURBinES 

Asociacion Latinomaericana 

de Energia Eolica 

Concepts NREC 

IMI Sensors 




Numeca 






your career... 

your thirst for 

knowledge... 

watch your 

career 

The International Gas Turbine Institute: 

Serving Gas Turbine & Turbomachinery Professionals Worldwide for 57 Years 

Opportunities for YOU 

• ASME Turbo ExpoVolunteer,Author, Exhibitor 

and/or Sponsor 

• Publishing technical work in world renowned 

forums and journals 

• IGTI Sponsorship 

• Honors,Awards, Scholarships and 

Travel Assistance 

• Leadership within ASME and IGTI structure 

• Specialty Conferences 

• Continuing Education/Professional Development 

Professional Development 

• Basic and intermediate training programs on a 

variety of platforms 

• Webinars on salient industry topics 

• Product store with turbomachinery resources to 

enhance your career 

Meeting Planning 

The professional IGTI staff is available to help you 

develop, plan and stage all types of conferences, 

symposiums and other forums on topics of interest to 

the turbomachinery community.Take advantage of 

the staff’s expertise and global experience. For more 

information, contact IGTI. 

Membership 

• International members from Academia, Industry 

and Government 

• 17 Technical Committees 

~ Organized according to the 

individual fields of interest within 

turbomachinery technology 

• 8000+ ASME members involved 

Vision 

• IGTI is the world’s foremost vehicle for the 

development and dissemination of all gas turbine 

educational and technological information 

• It is THE society for all professionals 

involved in the turbomachinery industry 

Publications and Communications 

• Gas Turbine and Turbomachinery Journals 

• Global Gas Turbine Newsletter 

• Technical Papers & Proceedings 

• Networking 

~ Online Membership Directory 

~ Facebook/Twitter/LinkedIn 

Honors, Awards, Scholarships 

• Honors and Awards 

~ IGTI offers a variety of awards for 

achievements in the turbomachinery industry 

• Conference travel assistance for early 

career engineers 

• Scholarships 

~ Annual ASME $4,000 scholarship 

~ Ten annual $2,000 scholarships 

“The IGTI has served as the gateway for my association 

with the ASME. This is as true today as it was 17 years 

ago…It has provided education, visibility to current 

research and most importantly, an avenue for meeting 

and engaging with other gas turbine professionals in 

Academia, Government and Industry which has yielded 

fruitful associations and collaborations beyond any I have 

experienced within other aerospace organizations.” 

Find Out More About IGTI 

http://igti.asme.org/ • +1-404-847-0072 • igti@asme.org 

– Allan J. Volponi, Ph.D., ASME Fellow 

Discipline Chief & Senior Fellow, Diagnostics, 

Prognostics and Health Management, Pratt & Whitney

• Joint Session Listing on page 34. 

Session Schedule 

• Consult pages 35-127 for the detailed Technical Conference 

session schedule. 

• Look for this symbol R throughout the session listings for topics 

of interest especially for Gas Turbine users. All Gas Turbine Oriented 

Sessions are also listed on page 128. 

• All sessions take place at the Vancouver Convention 

& Exhibition Centre. 

• All Turbo Expo Programs are conducted in English. 

• No Unauthorized Recording 

The use of cameras or other video or audio recording equipment, 

including cell phones, is strictly prohibited without expressed approval 

from the ASME International Gas Turbine Institute. Anyone involved in 

unauthorized recording may be asked to destroy the recording and is 

subject to expulsion from Technical Conference sessions. 

Session ID Key 

The Session ID is comprised of the time slot ID followed by the original session 

number from the conference web tool. Here is a list of the time slot IDs. 

MA – Monday, June 6 ...............................8:00 - 10:00 a.m. 

MB – Monday, June 6 ................................ 2:30 - 5:00 p.m. 

TA – Tuesday, June 7. ...............................8:00 - 10:00 a.m. 

TB – Tuesday, June 7 ..........................10:15 a.m. - 12:15 p.m. 

TC – Tuesday, June 7 ................................ 2:30 - 5:00 p.m. 

WA – Wednesday, June 8 ............................8:00 - 10:00 a.m. 

WB – Wednesday, June 8 .......................10:15 a.m. - 12:15 p.m. 

WC – Wednesday, June 8 ............................. 2:30 - 5:00 p.m. 

ThA – Thursday, June 9. .............................8:00 - 10:00 a.m. 

ThB – Thursday, June 9 ........................10:15 a.m. - 12:15 p.m. 

ThC – Thursday, June 9 .............................. 2:30 - 5:00 p.m. 

FA – Friday, June 10 ................................8:00 - 10:00 a.m. 

FB – Friday, June 10 ...........................10:15 a.m. - 12:15 p.m. 

ASME TURBO EXPO 2011 FINAL PROGRAM 33 

TECHNICAL 

CONFERENCE

34 

Joint Sessions 

Aircraft Engine with Turbomachinery 

ThC-1-15 • Room: 211 

Ultra High Bypass Propulsion 

nnnnnn 

Coal, Biomass & Alternative Fuels 

with Education 

WC-3-7 • Room: 120 

Gasification Tutorial 

nnnnnn 

Heat Transfer: Combustion with 

Combustion, Fuels & Emissions 

MA-14-1 • Room: 213 

Heat Transfer and Cooling of Combustion Liners 

TC-14-2 • Room: 213 

Computational Evaluation of Combustor Liners 

WA-14-3 Room: 213 

Combustor / Turbine Interactions 

nnnnnn 

Heat Transfer: Internal Air and Seals 

with Turbomachinery 

MB-12-1 • Room: 214 

Compliant Seals 

TB-12-2 • Room: 111/112 

Labyrinth and Pocket Seals 

TC-12-3 • Room: 214 

Rim Cavities I 

WB-12-5 • Room: 224 

Cooling Air Delivery 

WC-12-4 • Room: 212 

Rim Seal Leakage and Heat Transfer 

ThB-12-6 • Room: 214 

Methods 

ThC-12-7 • Room: 212 

Topics of Both Fundamental and Design Nature 

nnnnnn 

Heat Transfer: Structures with 

Structures & Dynamics 

MB-39-2 • Room: 202/203 

Thermo-Mechanical Stresses: Life Optimization for 

Components 

nnnnnn 

Heat Transfer: Transition with 

Turbomachinery 

ThC-13-2 • Room: 222 

Physics, Modeling, and Control of Boundary-Layer 

Transition 

ASME TURBO EXPO 2011 FINAL PROGRAM 

Industrial & Cogeneration with 

Combustion, Fuels & Emissions 

ThB-15-7 • Room: 205 

Combustion and Emissions 

nnnnnn 

Industrial & Cogeneration with Cycle Innovations 

TC-15-4 • Room: 205 

GT Power Augmentation Technologies 

nnnnnn 

Manufacturing Materials & Metallurgy 

with Ceramics 

MB-16-1 • Room: 213 

Thermal Barrier Coating Processes and Performance 

nnnnnn 


with Structures & Dynamics: Fatigue, 

Fracture & Life Prediction 

WB-16-4 • Room: 120 

Material Properties and Microstructure 

nnnnnn 

Structures & Dynamics: Aerodynamic Excitation 

& Damping with Turbomachinery 

MB-28-1 • Room: 116/117 

Turbomachine Aerodynamic Interaction and Forced 

Response I 

TA-28-2 • Room: 215/216 

Turbomachine Aerodynamic Interaction and Forced 

Response II 

TB-28-3 • Room: 210 

Turbomachine Aeroelasticity and Computational 

Methods I 

WA-28-4 • Room: 215/216 

Turbomachine Aeroelasticity and Computational 

Methods II 

FA-28-5 • Room: 212 

Fan and Compressor Aeroelasticity 

nnnnnn 

Structures & Dynamics: Fatigue, 

Fracture & Life Prediction with 


TC-22-5 • Room: 120 

Prediction Methods of Conventional and Anisotropic 

Materials 

WA-22-1 • Room: 212 

Prognostics, Damage Detection, and Component 

Failure

FOR A COMPLETE LISTING OF JOINT SESSIONS, SEE PAGE 34 ASME TURBO EXPO 2011 FINAL PROGRAM 35 35 

MONDAY, JUNE 6: 8:00 a.m. - 10:00 a.m. 

8:00 8:30 9:00 9:30 

COMMITTEE: Aircraft engine • Paper Session Room 118 • MA-1-1 

TeST And eVALuATion And inSTruMenTATion 

Session Chair: Keith Boyer, Air Force Institute of Technology, Wright Patterson AFB, OH, USA • Session Co-Chair: Kurt rouser, US Air Force, Dayton, OH, USA 

evaluation of Total engine Performance 

degradation Based on Modular efficiencies 

GT2011-45839 

Carsten Ebmeyer, Hamburg University 

of Applied Sciences, Bergen, Germany, 

Jens Friedrichs, Technical University of 

Braunschweig, Braunschweig, Germany, 

Tobias Wensky, Uwe Zachau, MTU 

Maintenance, Hanover, Germany 

COMMITTEE: Coal, Biomass & Alternative Fuels • Paper Session Room 120 • MA-3-1 

Liquid & SoLid BioFueLS 

Session Chair: Alejandro Briones, University of Dayton Research Institute, Dayton, OH, USA • Session Co-Chair: Nigil jeyashekar, Southwest Research Institute, San Antonio, TX, USA 

Vaporization Characteristics of ethanol 

droplets: influence of the environnement 

Humidity 


Sanisah Saharin, Benoîte Lefort, Institut 

Supérieur de l’Automobile et des Transports 

(ISAT), Université de Bourgogne, NEVERS, 

France, Céline Morin, Université Pierre et 

Marie Curie (Paris 6), Institut Jean Le Rond 

d’Alembert (CNRS UMR 7190), Saint-Cyrl’Ecole, 

France, Christian Chauveau, Institut 

de Combustion, Aérothermique, Réactivité 

et Environnement (ICARE) - CNRS, Orléans, 

France, Luis Le Moyne, Institut Supérieur 

de l’Automobile et des Transports (ISAT), 

Université de Bourgogne, NEVERS, France, 

Raed Kafafy, International Islamic University 

Malaysia, Kuala Lumpur, Malaysia 

Altitude Testing of the e3e Core engine 


Holger Klinger, Sebastian Bake, Rolls-Royce 

Deutschland Ltd & Co KG, Blankenfelde- 

Mahlow, Germany, Peter Schober, Rolls- 

Royce plc, Derby, UK, Hans-Frieder Vogt, 

Daniel Knieschke, Rolls-Royce Deutschland 

Ltd & Co KG, Blankenfelde-Mahlow, Germany 

development And Field Validation of A Large- 

Frame Gas Turbine Power Train For Steel Mill 

Gases 


Joel Hall, Robert Thatcher, GE Energy, 

Greenville, SC, USA, Sergey Koshevets, GE 

Energy, Moscow, Russia, Larry L. Thomas, GE 

Energy, Greenville, SC, USA, Robert M. Jones, 

GE Energy, Schenectady, NY, USA 

experimental and numerical research 

of Fan Bypass duct Flows in Japanese 

environmentally Compatible engine for Small 

Aircraft Project 


Yoshinori Ooba, IHI Corporation, Tokyo, 

Japan, Takashi Yamane, Osamu Nozaki, 

Japan Aerospace Exploration Agency, Tokyo, 

Japan, Takeshi Murooka, IHI Corporation, 

Tokyo, Japan, Takeshi Ishiyama, ASIRI, Tokyo, 

Japan 

Low emissions Power Generation using 

Natural Gas Condensates 


Richard Joklik, Leo Eskin, LPP Combustion, 

LLC, Columbia, MD, USA, Mike Klassen, 

Combustion Science and Engineering, 

Columbia, USA, Richard Roby, LPP 

Combustion, LLC, Columbia, MD, USA, 

Maclain Holton, Combustion Science & 

Engineering, Inc, Columbia, MD, USA, Theo 

J. Mallinson, Siemens Energy Inc., Houston, 

TX, USA 

Test Conditions For Performance 

Characterization of dielectric Barrier 

discharge (dBd) Plasma Actuators For Active 

Flow Control in Jet engines 


David E. Ashpis, NASA Glenn Research 

Center, Cleveland, OH, USA, Doug Thurman, 

NASA Glenn, Cleveland, OH, USA 

Gas Turbines CHP For Bioethanol And 

Biodiesel Production Without Waste Streams 


Pietro Bartocci, CRB, Perugia, Umbria, Italy, 

Bruno D’Alessandro, Biomass and New 

Technologies, Terni, Italy, Francesco Fantozzi, 

University of Perugia, Perugia, Italy

Look for this Symbol R for Gas Turbine User Related Sessions ASME TURBO EXPO 2011 FINAL PROGRAM 

36 


8:00 8:30 9:00 9:30 

COMMITTEE: Combustion, Fuels & emissions • Paper Session Room 110 • MA-4-17 

CoMBuSTion ModeLinG iii 

Session Chair: Suresh Menon, Georgia Institute of Technology, Atlanta, GA, USA • Session Co-Chair: robert Hancock, Air Force Research Laboratory, WPAFB, OH, USA 

investigation of Turbulent Models For The 

Flow Field From A Typical Strut-Based 

Scramjet Combustor 


Shi-bin Luo, Wei Huang, National Univ. Of 

Defense Technology, Changsha, Hunan, China, 

Mohamed Pourkashanian, Lin Ma, Derek B 

Ingham, Wen-lei Luo, University of Leeds, 

Leeds, UK, Hui Qin, Zhen-guo Wang, Jun 

Liu, Zhi-xun Xia, Jing Lei, National Univ. Of 

Defense Technology, Changsha, Hunan, China 

Pentane rich Fuels For Standard Siemens dle 

Gas Turbines 


Mats Andersson, Arturo Manrique Carrera, 

Anders Larsson, Siemens Industrial 

Turbomachinery AB, Finspong, Sweden 

COMMITTEE: Combustion, Fuels & emissions • Paper Session Room 109 • MA-4-30 

IGNITION & AuTO IGNITION 

Session Chair: Joseph Zelina • Session Co-Chair: dan Bulzan 

on the effect of Pressure oscillations on 

droplet Autoignition 


Christian Eigenbrod, Konstantin Klinkov, 

ZARM, University of Bremen, Bremen, 

Germany, Fernando Filho Fachini, INPE, 

Laboratório de Combustão e Propulsão, 

Cachoeira Paulista, SP, Brazil 

Combustor and Augmentor Combustion 

Modeling for LeS Based on Stochastic Model 

Parameterization 


William Calhoon, Combustion Research and 

Flow Technology, Inc. (CRAFT Tech), Huntsville, 

AL, USA, Dr. Andrea C. Zambon, Combustion 

Research and Flow Technology, Inc. (CRAFT 

Tech), Pipersville, PA, USA, Balu Sekar, AFRL/ 

RZTC, OH, OH, USA, Barry Kiel, Air Force 

Research Laboratory, WPAFB, OH, USA 

COMMITTEE: Combustion, Fuels & emissions • Paper Session Room 114/115 • MA-4-24 

FuEL FLExIBILITy 

Session Chair: Geoffrey Myers, GE Energy, Greenville, SC, USA • Session Co-Chair: Jeffrey Armstrong, Ingersoll Rand Energy Systems, Portsmouth, NH, USA 

Fuel Flexibility in LM2500 and LM6000 DLE 

Engines 


Hejie Li, GE Global Research, Niskayuna, 

NY, USA, John Blouch, GE Global Research 

Center, Niskayuna, NY, USA, Mark Mueller, 

GE Aviation, Cincinnati, OH, USA, Rick Hook, 

GE Aviation, West Chester, OH, USA 

Validation of an ignition and Flame 

Propagation Model for Multiphase Flows. 


Jan M. Boyde, Patrick Le Clercq, Massimiliano 

Di Domenico, DLR Stuttgart, Stuttgart, Baden- 

Wuerttemberg, Germany, Michael Rachner, 

DLR Köln, Cologne, Nordrhein-Westfalen, 

Germany, Gregor C. Gebel, Thomas Mosbach, 

DLR Stuttgart, Stuttgart, Baden-Wuerttemberg, 

Germany, Manfred Aigner, German Aerospace 

Center (DLR), Stuttgart, Germany 

A Multi-Section droplet Combustion Model 

for Spray Combustion Simulation 


Fang Wang, Beihang University, Beijing, 

Beijing, China, Abdulnaser I. Sayma, Jun 

Peng, University of Sussex, Brighton, UK, Yong 

Huang, Beihang University, Beijing, China 

Parametric Study of emissions from Low 

Calorific Value Syn-gas Combustion, with 

Variation of Fuel distribution, in a Prototype 

Three Sector Burner. 


Ivan R. Sigfrid, Ronald Whiddon, Marcus 

Aldén, Jens Klingmann, Lund University, Lund, 

Sweden 

Autoignition Limits of Hydrogen at relevant 

reheat Combustor operating Conditions 


Julia Fleck, Peter Griebel, Adam Steinberg, 

Michael Stöhr, Manfred Aigner, German 

Aerospace Center (DLR), Stuttgart, Germany, 

Andrea Ciani, Alstom Power, Baden, 

Switzerland 

numerical Study of non-reacting And 

reacting Flow Characteristics in A Lean 

direct injection Combustor 


Dipanjay Dewanji, Arvind Rao, Mathieu 

Pourquie, Jos P. van Buijtenen, Delft 

University of Technology, Delft, Netherlands 

R 

intelligent operation of Siemens (Sgt-300) 

dle Gas Turbine Combustion System over An 

extended Fuel range With Low emissions 


Ghenadie Bulat, Kexin Liu, Gavin Brickwood, 

Victoria Sanderson, Brian Igoe, Siemens 

Industrial Turbomachinery Ltd, Lincoln, UK 

numerical Simulations of Turbulent Mixing 

and Autoignition of Hydrogen Fuel at reheat 

Combustor operating Conditions 


Elizaveta Ivanova, Berthold Noll, Peter 

Griebel, Manfred Aigner, German Aerospace 

Center (DLR), Stuttgart, Germany, Khawar 

Syed, Alstom Power, Baden, Switzerland

FOR A COMPLETE LISTING OF JOINT SESSIONS, SEE PAGE 34 ASME TURBO EXPO 2011 FINAL PROGRAM 37 


8:00 8:30 9:00 9:30 

CoMMiTTee: Controls, diagnostics & instrumentation • Paper Session Room 204 • MA-5-5 

diAGnoSTiCS MeTHodS 

Session Chair: ian Jennions, IVHM Centre, Cranfield University, Cranfield, Bedfordshire, UK 

Health Monitoring in an Industrial Gas 

Turbine Application by using Model Based 

diagnosis Techniques 


Emil Larsson, Jan Åslund, Erik Frisk, Lars 

Eriksson, Linköping University, LINKÖPING, 

Sweden 

CoMMiTTee: Cycle innovations • Paper Session Room 121 • MA-6-4 

CyCLe PerForMAnCe i 

Session Chair: Changduk Kong, Chosun University, Gwangju, Korea (Republic) • Session Co-Chair: rory roberts, Wright State University, Dayton, OH, USA 

influence of Variable Geometry Transients on 

the Gas Turbine Performance 


João Roberto Barbosa, Technological Institute 

of Aeronautics, São José dos Campos, São 

Paulo,Brazil, Franco J. S. Silva, Instituto 

Tecnologico de Aeronautica, Sao Jose dos 

Campos - SP, Sao Paulo,Brazil, Jesuino 

Takachi Tomita, Cleverson Bringhenti, 

Technological Institute of Aeronautics - ITA/ 

DCTA, Sao Jose dos Campos, Brazil 

evaluation of the Performance of a diesel 

engine driven Sirocco Fan for Mist Sprayer 

Applications 


Roberto Bettocchi, Mirko Morini, Michele 

Pinelli, University of Ferrara, Ferrara, Italy 

diagnostics of Highly degraded industrial 

Gas Turbines using Bayesian networks 


Brian K. Kestner, Young K. Lee, Gautham 

Voleti, Dimitri N. Mavris, Georgia Institute of 

Technology, Atlanta, GA, USA, Viren Kumar, 

GE Energy, Atlanta, GA, USA, TsungPo Lin, 

General Electric, Atlanta, GA, USA 

intercooled-recuperated Gas-Turbine-Cycle 

engine Coupled With Pneumatic Motor With 

quasi-isothermal Heat Addition 


Branko Stankovic, ex-McMaster University, 

Mississauga, ON, Canada 

The Simulation of an Axial Flow Fan 

Performance Curve at Low Flow rates 


S. J. van der Spuy, F. N. le Roux, Department 

of Mechanical and Mechatronic Engineering, 

Stellenbosch University, Stellenbosch,South 

Africa, T. W. von Backström, Dept. 

Mechanical Engineering, University of 

Stellenbosch, Stellenbosch, Western Cape, 

South Africa, D. G. Kröger, Department of 

Mechanical and Mechatronic Engineering, 

Stellenbosch University, Stellenbosch, 

Western Cape, South Africa 

Prognostics and Health Management of 

Aircraft engine eMA Systems 


Matthew Watson, Impact Technologies, LLC, 

State College, PA, USA, Matthew Smith, Jared 

Kloda, Carl Byington, Impact Technologies, 

LLC, Rochester, NY, USA, Kenneth Semega, 

AFRL/RZTF, Wright-Patterson AFB, OH, USA 

Performance Modelling of unfired Steam 

Cycle using A Single & dual Pressure once 

Through Steam Generator 


Emad Hamid, Cranfield University, Bedford, 

UK, Mike Newby, Manx Electricity Authority, 

Douglas, UK, Pericles Pilidis, Cranfield 

University, Bedford, UK 

reversing of Axial Flow Fans For Ventilation 


Vaclav Cyrus, AHT Energetika, Praha, Czech 

Republic, Jan Cyrus, AHT Energtika Ltd, 

Praha, Praha, Czech Republic, Jiri Pelnar, 

AHT Energetika Ltd., Praha, Czech Republic 

The Performance Modelling of A Single and 

dual Pressure unfired once Through Steam 

Generator 


Emad Hamid, Cranfield University, Bedford, 

UK, Mike Newby, Manx Electricity Authority, 

Douglas, UK, Pericles Pilidis, Cranfield 

University, Bedford, UK 

CoMMiTTee: Fans & Blowers • Paper Session Room 122 • MA-9-5 

FAnS & BLoWerS 4: FAn APPLiCATionS And SySTeM inTerACTion 

Session Chair: Michael Schmitz, ebm-papst St. Georgen GmbH & Co. KG, St. Georgen, Germany 

Session Co-Chair: Peter Breuhaus, International Research Institute of Stavanger (IRIS), Stavanger, Norway 

R


38 


8:00 8:30 9:00 9:30 

CoMMiTTee: Heat Transfer: General interest • Paper Session Room 222 • MA-10-1 

iMPinGeMenT CooLinG - i 

Session Chair: Ken Van Treuren, Baylor University, Waco, TX, USA • Session Co-Chair: ralph Volino, USA Naval Academy, Annapols, MD, USA 

Heat Transfer in an oblique Jet impingement 

Configuration with Varying Jet Geometries 


Simon Schueren, Florian Hoefler, Jens 

von Wolfersdorf, Institute of Aerospace 

Thermodynamics (ITLR), University of 

Stuttgart, Stuttgart, Germany, Shailendra 

Naik, Alstom Power, Baden, Switzerland 

Film Cooling on Highly Loaded Blades with 

Main Flow Separation Part 1: Heat Transfer 


Reinaldo Araujo Gomes, University of the 

Federal Armed Forces Munich, Munich, 

Germany, Reinhard Niehuis, University of the 

German Armed Forces Munich, Neubiberg, 

Germany 

numerical investigation of Heat Transfer and 

Pressure drop Characteristics for different 

Hole Geometries of a Turbine Casing 

impingement Cooling System 


Fahmi Ben Ahmed, Reinhold Tucholke, 

Bernhard Weigand, University of Stuttgart, 

Institut für Thermodynamik der Luft- und 

Raumfahrt (ITLR), Stuttgart, Germany, Karsten 

Meier, MTU Aero Engines GmbH, München, 

Germany 

Film Cooling on Highly Loaded Blades with 

Main Flow Separation Part 2: overall Film 

Cooling effectiveness 


Reinaldo Araujo Gomes, University of the Federal 

Armed Forces Munich, Munich, Germany, 

Reinhard Niehuis, University of the German 

Armed Forces Munich, Neubiberg, Germany 

Computational Study of Micro-jet 

impingement Heat Transfer in a High 

Pressure Turbine Vane 


Karan Anand, Bassam A. Jubran, Ryerson 

University, Toronto, ON, Canada 

Measurements of Adiabatic Film and overall 

Cooling effectiveness on a Turbine Vane 

Pressure Side With a Trench 


Jason Albert, University of Texas at Austin, 

Austin, TX, USA, David G. Bogard, The 

University of Texas at Austin, Austin, TX, USA 

effect of narrow Jet Spacing on impinging 

Flow and Heat Transfer 


L. GUO, Y.Q Zu, Y.Y Yan, University of 

Nottingham, Nottingham, Nottinghamshire, UK 

CoMMiTTee: Heat Transfer: Film Cooling • Paper Session Room 224 • MA-11-2 

AirFoiL FiLM CooLinG 

Session Chair: Michael Gritsch, Alstom Power, Baden, Switzerland • Session Co-Chair: William Colban, ALSTOM, Birr, Switzerland 

CoMMiTTee: Heat Transfer: Combustion (with Combustion, Fuels & emissions) • Paper Session Room 213 • MA-14-1 

HeAT TrAnSFer And CooLinG oF CoMBuSTion LinerS 

Session Chair: Marc Polanka, Air Force Institute of Technology, WPAFB, OH, USA • Session Co-Chair: Joseph Zelina 

experimental investigation on The 

effects of A Large recirculating Area on 

The Performance of An effusion Cooled 

Combustor Liner 


Lorenzo Tarchi, University of Florence, 

Firenze, Italy, Francesco Maiuolo, Energy 

Department “Sergio Stecco” - University of 

Florence, Florence, Italy, Bruno Facchini, 

University of Florence, Florence, Italy, Daniele 

Coutandin, AVIO spa, Rivalta di Torino, Italy 

Thermal Analysis of Cooling System in a Gas 

Turbine Transition Piece 


Jun Su Park, Namgeon Yun, Hokyu Moon, 

Kyung Min Kim, Hyung-Hee Cho, Yonsei 

University, Seoul,Korea (Republic), Sin Ho 

Kang, Korea Plant Service and Engineering 

Co., Incheon,Korea (Republic) 

Can-annular Combustion Chamber Surface 

Temperature Measurements and damage 

Signatures at operationally representative 

Conditions 


Daniel Bouchard, Greg Pucher, William 

Allan, Royal Military College of Canada, 

Kingston, ON, Canada 

implementation of a Multi Zone radiation 

Method in a Low nox Gas Turbine 

Combustion Chamber Conceptual Simulator 


Marcos N. Arima, Francisco D. A. de Sousa, 

Guilherme A. L. da Silva, Natashe N. Branco, 

Aerothermal Solutions for Industry, São Paulo, 

SP, Brazil, Cleber Spode, Vale Soluções em 

Energia, Eugenio de Melo, Sao Paulo, Brazil, 

Elisangela Martins Leal, Sergio B. Choze, 

Vale Soluções em Energia, São José dos 

Campos, São Paulo, Brazil



8:00 8:30 9:00 9:30 

CoMMiTTee: industrial & Cogeneration • Tutorial Session Room 205 • MA-15-11 

FoGGinG TeCHnoLoGieS – STATe-oF-THe-ArT reVieW 

Session Chair: Francesco Melino, IMEM - Consiglio Nazionale delle Ricerche, Parma, Italy • Session Co-Chair: Lisa Branchini, Alma Mater Studiorum - Università di Bologna, Bologna, Italy 

Modeling wet compression 

Francesco Melino, IMEM - Consiglio 

Nazionale delle Ricerche, Parma, Italy 

Base Metals 

Paul Lowden, Liburdi Engineering Limited, 

Dundas, Canada 

Comparing wet compression and other power 

augmentation startegies 

Lisa Branchini, Alma Mater Studiorum - 

Università di Bologna, Bologna, Italy 

High Temperature Coatings 

Henry Bernstein, Gas Turbine Materials 

Associates, San Antonio, USA 

experimental investigation of wet 

compression on a multistage compressor 

Michele Pinelli, University of Ferrara, Ferrara, 

Italy 

CoMMiTTee: Manufacturing Materials & Metallurgy • Tutorial Session Room 210 • MA-16-6 

GAS TurBine MATeriALS For THe non-MeTALLurGiST 

Session Chair: Henry Bernstein, Gas Turbine Materials Associates, San Antonio, USA 

Marine Gas Turbine Performance Model for 

More electric Ships 


George Koutsothanasis, Aristotle University 

of Thessaloniki, Athens, Kalithea,Greece, 

Anestis I. Kalfas, Aristotle University of 

Thessaloniki, Thessaloniki,Greece, Georgios 

Doulgeris, Cranfield University, Cranfield, UK 

The development and Application of the 

rolls-royce MT30 Marine Gas Turbine. 


David Pearson, Simon Newman, Rolls-Royce 

plc, Bristol, UK 

Failure Analysis 

Ron Munson, M & M Engineering, Austin, USA 

Ship Propulsion Self-excited Torsional 

Vibration 


Glenn McAndrews, GE, Cincinnnati, OH, 

USA, Robert Murray, General Electric Global 

Research, Niskayuna, NY, USA, Paul Gemin, 

GE Global Research, Niskayuna, NY, USA 

repair 

Hans van Esch, Turbine End-User Services 

(TEServices), Houston, USA 

CoMMiTTee: Marine • Paper Session Room 116/117 • MA-17-2 

APPLiCATionS & TeSTinG 

Session Chair: drew Bigley, NSWCCD-SSES, Philadelphia, PA, USA • Session Co-Chair: Thomas Bodman, NSWCCD-SSES, Philadelphia, PA, USA 

evaluation of Commercial Alumina-Forming 

Austenitic Foil for Advanced recuperators 


Bruce Pint, Michael Brady, Yuki Yamamoto, 

Kinga Unocic, Oak Ridge National Laboratory, 

Oak Ridge, TN, USA, Wendy Matthews, 

Capstone Turbine Corporation, Chatsworth, 

CA, USA 

A Study of Heat Transfer Augmentation For 

recuperative Heat exchangers: Comparison 

Between Three dimple Geometries 


Michelle I. Valentino, Lucky V. Tran, Mark 

Ricklick, JAYANTA KAPAT, Center for 

Advanced Turbines and Energy Research, 

University of Central Florida, Orlando, FL, USA 

CFd optimization of Gas-side Flow Channel 

Configuration inside a High Temperature 

Bayonet Tube Heat exchanger with inner and 

outer fins 


Ting Ma, Yanpeng Ji, Xian Jiaotong 

University, Xi’an, Shaanxi, China, Min Zeng, 

Qiuwang Wang, Xi’an Jiaotong University, 

Xi’an, Shaanxi, China 

Failure investigation of a 6th Stage 

Compressor Blade on a eTF40B Gas Turbine 

Engine 


Gerrick Slogar, Vericor Powr Systems, Inc., 

Alpharetta, GA, USA, Gary Prus, Parametric 

Solution Inc., Jupiter, FL, USA, Benjamin 

Canilang, US Navy Surface Warfare Center, 

Philadelphia, PA, USA 

CoMMiTTee: Microturbines & Small Turbomachinery • Paper Session Room 111/112 • MA-18-1 

HeAT exCHAnGerS: deSiGn, oPTiMiZATion & MATeriALS 

Session Chair: Wendy Matthews, Capstone Turbine Corporation, Chatsworth, CA, USA • Session Co-Chair: Jim Smialek, NASA Glenn Research Center, Cleveland, OH, USA 

A Simplified CFd Model with Multi-Periodic 

Boundary Conditions for Cross Wavy 

Channels 


Linxiu Du, Min Zeng, Qiuwang Wang, Xi’an 

Jiaotong University, Xi’an, Shaanxi, China 

R 

R 

R


40 


8:00 8:30 9:00 9:30 

CoMMiTTee: Structures & dynamics: rotordynamics • Paper Session Room 217/218 • MA-24-2 

roTordynAMiC AnALySiS i 

Session Chair: Brian Murphy, Center for Electromechanics, Austin, TX, USA • Session Co-Chair: Joshua Lorenz, Kato Engineering, North Mankato, MN, USA 

Analytical investigation of The effects of 

induction Motor Transients on Compressor 

drive Shafts 


Anand Srinivasan, Cameron Process & 

Compression Systems, Buffalo, NY, USA 

An inverse design based methodology for 

rapid 3d multi-objective/multi-disciplinary 

optimization of axial turbines. 


Pietro Boselli, Mehrdad Zangeneh, University 

College London, London, UK 

interval Analysis Method For rotordynamic 

With uncertain Parameters 


Ma Yanhong, Cao Peng, Beihang University, 

Beijing, China, Wang Jun, Shenyang 

Aeroengine Research Institute, Shenyang, 

China, Meng Chen, Jie Hong, Beihang 

University, Beijing, China 

optimization of an Axial Turbine rotor for 

High Aerodynamic inlet Blockage 


Mohammad Arabnia, Vadivel K. 

Sivashanmugam, Wahid Ghaly, Concordia 

University, Montreal, QC, Canada 

reduced Modelling for Turbine rotor-Blade 

Coupled Bending Vibration Analysis 


Akira Okabe, Ibaraki University, Ibaraki-ken, 

Japan, Takeshi Kudo, Hitachi, Ltd., Ibarakiken, 

Japan, Koki Shiohata, Ibaraki University, 

Ibaraki-ken,Kenya, Osami Matsushita, 

Hiroyuki Fujiwara, National Defence 

Academy, Kanagawa-ken, Japan, Hideo 

Yoda, Hitachi, Ltd., Ibaraki-ken, Japan, Shigeo 

Sakurai, Hitachi Ltd., Ibaraki-ken, Japan 

Multi-row inverse method based on the 

adjoint optimization 


Jinguang Yang, Xiuquan Huang, Hu Wu, 

Northwestern Polytechnical University, Xi’an, 

China 

rotor dynamic Analysis of Tie-Bolt Fastened 

rotor Based on elastic-Plastic Contact 


He Peng, Zhansheng Liu, Guilong Wang, Min 

Zhang, Harbin Institute of Technology, Harbin, 

Heilongjiang, China 

CoMMiTTee: Turbomachinery: design Methods & CFd Modeling For Turbomachinery • Paper Session Room 208/209 • MA-31-11 

inVerSe deSiGn 

Session Chair: Steven Gegg, Rolls-Royce Corporation, Indianapolis, IN, USA 

Three-dimensional Flow Separations in the 

diffuser of a Steam Turbine Control Valve 


Manuel Birger Clari, Helmut-Schmidt- 

University, Hamburg, Germany, Thomas 

Polklas, MAN Diesel & Turbo SE, Oberhausen, 

Germany, Franz Joos, Helmut-Schmidt- 

University, Hamburg, Germany 

numerical investigation of exhaust diffuser 

Performances in Low Pressure Turbine 

Casings 


Tadashi Tanuma, Teikyo University, Tokyo, 

Japan, Yasuhiro Sasao, Satoru Yamamoto, 

Tohoku University, Sendai, Japan, Yoshiki 

Niizeki, Naoki Shibukawa, Hiroshi Saeki, 

Toshiba Corporation, Yokohama, Japan, Shinji 

Takada, Tohoku University, Sendai, Japan 

experimental investigation of Geometrical 

Parameters on the Pressure recovery of Low 

Pressure Steam Turbine exhaust Hoods 


Conrad Finzel, Markus Schatz, Michael 

Casey, Universität Stuttgart, Stuttgart, 

Germany, Daniel Gloss, Siemens AG, Energy 

Sector, Mülheim/Ruhr, Germany 

Application of an inverse design Method 

to Meet a Target Pressure in Axial-Flow 

Compressors 


Mohammad Jafar Kermani, Ali Madadi, 

Amirkabir University of Technology, Tehran, 

Iran, Mahdi Nili-Ahmadabadi, Isfahan 

University of Technology, Isfahan, Iran 

CoMMiTTee: Turbomachinery: Steam Turbines • Paper Session Room 215/216 • MA-32-2 

STeAM TurBine exHAuST diFFuSerS And STATionAry PArT AerodynAMiCS 

Session Chair: rainer quinkertz, Siemens AG, Muelheim, Germany • Session Co-Chair: Tao Guo, GE Energy, Schenectady, NY, USA 

A Three-dimensional diffuser design for the 

retrofit of a Low Pressure Turbine using inhouse 

exhaust design System 


Sungho Yoon, Alstom Power (UK) Ltd., 

Rugby, UK, Felix Joe Stanislaus, Infosys 

Technologies Ltd., mysore,India, Thomas 

Mokulys, ALSTOM Power (Switzerland) Ltd., 

Baden, Switzerland, Gurnam Singh, Martin 

Claridge, Alstom Power (UK) Ltd., Rugby, UK



8:00 8:30 9:00 9:30 

CoMMiTTee: Turbomachinery: radial Turbomachinery • Paper Session Room 220 • MA-33-3 

TurBoCHArGer & MiCroTurBine CoMPreSSorS 

Session Chair: daniel rusch, ABB Turbo Systems Ltd., Baden, Switzerland • Session Co-Chair: Tony Jones, Hamilton Sundstrand, San Diego, CA, USA 

effect of recirculation device with Counter 

Swirl Vane on Performance of High Pressure 

ratio Centrifugal Compressor 


Hideaki Tamaki, IHI Corporation, Yokohama, 

Kanagawa, Japan 

Wavelet Analysis of Vortical Structures in 

Turbomachinery Applied To Piv data 


Philipp Schaefer, German Aerospace Center, 

Goettingen, Germany, Christian Cierpka, 

Universität der Bundeswehr München, 

Neubiberg, Germany, Hans-Juergen Rehder, 

Ingo Roehle, German Aerospace Center, 

Göttingen, Germany 

investigation of Self-recycling-Casing- 

Treatment (SrCT) influence on Stability of 

High Pressure ratio Centrifugal Compressor 

with a Volute 


Mingyang Yang, Ricardo Martinez-Botas, 

Imperial College London, London, UK, 

Yangjun Zhang, Xinqian Zheng, Tsinghua 

University, Beijing, China, Hideaki Tamaki, 

Takahiro Bamba, IHI Corporation, Yokohama, 

Kanagawa, Japan, Zhigang Li, Beijing Special 

Vehicle Institute, Beijing, China 

direct numerical Simulations of Wake- 

Perturbed Seperated Boundary Layers 


Ayse G. Gungor, Mark P. Simens, Javier 

Jimenez, Universidad Politecnica de Madrid, 

Madrid, Spain 

A dual flow High Mach number Centrifugal 

Compressor for a Small Gas Turbine APu 


Colin Rodgers, itc, San Diego, CA, USA, 

Daniel Brown, Brownturbo Consulting LLC, 

Lebanon, NH, USA 

Potential Flow Field Generated By 

downstream Moving Bars And Propagated 

on A Turbine Blade At Low reynolds number 


Véronique Penin, Laboratoire de mecanique 

des fluides et d’acoustique, Ecully, France, 

François Bario, CNRS, F69131 Ecully Cedex, 

France, Pascale Kulisa, Laboratoire de 

Mécanique des Fluides et d’Acoustique, Ecole 

Centrale de Lyon, Ecully, France 

Performance Analysis of a Microturbine 

Centrifugal Compressor from a Manufacturing 

Perspective 


Adeel Javed, Mattia Olivero, Jos P. van 

Buijtenen, Delft University of Technology, 

Delft, Netherlands, Rene Pecnik, Process & 

Energy Department, Delft, Netherlands 

CoMMiTTee: Turbomachinery: unsteady Flows in Turbomachinery • Paper Session Room 202/203 • MA-34-4 

WAKeS And BoundAry LAyerS 

Session Chair: Giridhar Jothiprasad, General Electric - Global Reseach, Niskayuna, NY, USA • Session Co-Chair: Arathi Gopinath, GE Global Research, Niskayuna, NY, USA 

interactions of Separation Bubble With 

oncoming Wakes By LeS 


Subrata Sarkar, Jasim Sadique, Indian 

Institute of Technology Kanpur, Kanpur, India 

CoMMiTTee: Wind Turbine Technology • Tutorial Session Room 212 • MA-37-1 

Wind TurBine TuToriAL 

Session Chair and Instructor: david ransom, Southwest Research Institute, San Antonio, TX, USA 

CoMMiTTee: Honors & Awards • Lecture Session Room 211 • MA-38-2 

induSTriAL GAS TurBine TeCHnoLoGy AWArdS LeCTure 

Session Chair: richard Tuthill, Pratt & Whitney Power Systems, East Hartford, CT, USA • Session Co-Chair: Philip Andrew 

introductory remarks — industrial Gas 

Turbine Technology Award Lecture 

Richard Tuthill, Pratt & Whitney Power 

Systems, East Hartford, CT, USA 

Gas Turbine History and the development of Ge’s F 

Donald Brandt, General Electric, Schenectady, NY, USA 

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42 

MONDAY, JUNE 6: 2:30 p.m. - 5:00 p.m. 

2:30 3:00 3:30 4:00 4:30 

COMMITTEE: Aircraft Engine • Paper Session Room 111/112 • MB-1-3 

MODELINg AND SIMULATION TECHNIqUES AND APPLICATIONS (PART 1) 

Session Chair: Jonathan Gould • Session Co-Chair: Michael Tong, NASA Glenn Research Center, Cleveland, OH, USA 

NPSS Volume Dynamic Capability 

for Real-Time Physics Based 

Engine Modeling 


Christopher Argote, Georgia 

Institute of Technology, ASDL, 

Miami, FL, USA, Brian Kestner, 

Georgia Institute of Technology, 

ASDL, Atlanta, GA, USA, Dimitri 

N. Mavris, Georgia Institute of 

Technology, Atlanta, GA, USA 

FORCED COMBUSTION 

EXPERIMENTS ON AERO 

COMBUSTORS 


John Moran, Mike Whiteman, Nick 

Pilatis, Paul C Madden, Michael A. 

Macquisten, Rolls-Royce, Derby, 

Derbyshire, UK 

Correlations Hidden in Compressor 

Maps 


Joachim Kurzke, GasTurb, Dachau, 

Germany 

COMMITTEE: Combustion, Fuels & Emissions • Paper Session Room 109 • MB-4-8 

COMBUSTION INSTABILITIES EXPERIMENTAL I 

Session Chair: Shiva Srinivasan, General Electric, Greenville, SC, USA • Session Co-Chair: Ray Sing Lin, United Technologies Research Center, East Hartford, CT, USA 

Convective and Absolute 

Instabilities in Reacting Bluff Body 

Wakes 


Benjamin Emerson, Julia 

Lundrigan, Jacqueline O’Connor, 

David Noble, Tim Lieuwen, Georgia 

Institute of Technology, Atlanta, GA, 

USA 

Towards a Fully-Coupled 

Component Zooming Approach In 

Engine Performance Simulation 


Julien Pilet, Snecma SAFRAN 

Group/ISAE, Moissy-Cramayel, 

France, Jean-Loïc Lecordix, 

Snecma SAFRAN Group, MOISSY- 

CRAMAYEL, France, Nicolas Garcia 

Rosa, Roger Barènes, Gérard 

Lavergne, Université de Toulouse 

ISAE, Toulouse, France 

A Review of Mechanisms 

Controlling Bluff-Body Stabilized 

Flames With Closely-Coupled Fuel 

Injection 


Jeffery Lovett, Pratt & Whitney, 

East Hartford, CT, USA, Caleb Cross, 

Eugene Lubarsky, Ben T. Zinn, 


Atlanta, GA, USA 

Extending the Flexibility of Object 

Oriented Systems Modeling 

Architectures 


Steven Sirica, Igor Fuksman, Pratt 

& Whitney, East Hartford, CT, USA 

Low-Frequency Thermoacoustic 

Instability Mitigation Using 

Adaptive-Passive Acoustic 

Radiators 


Reza Kashani, Jeff Monfort, 

University of Dayton, Dayton, OH, 

USA 

Real-Time Execution of a High 

Fidelity Aero-Thermodynamic 

Turbofan Engine Simulation 


Igor Fuksman, Steven Sirica, Pratt 


Experimental analysis of 

simultaneous non-harmonically 

related unstable modes in a swirled 

combustor 


Ammar Lamraoui, Laboratoire 

EM2C, Chatenay-Malabry, France, 

Franck Richecoeur, Sébastien 

Ducruix, Thierry Schuller, 

Laboratoire EM2C, CNRS and Ecole 

Centrale Paris, Châtenay-Malabry, 

France



2:30 3:00 3:30 4:00 4:30 

COMMITTEE: Combustion, Fuels & Emissions • Paper Session Room 114/115 • MB-4-32 

POLLUTANT EMISSIONS TESTINg & REgULATIONS 

Session Chair: Bernd Prade, Siemens AG, Muelheim, NRW, Germany • Session Co-Chair: Shiva Srinivasan, GE Energy, Greenville, SC, USA 

gas Turbine Emissions 

Characteristics in perfectly 

premixed combustion 


Ahmed ELKady, General Electric- 

Global Research Center, Niskayuna, 

NY, USA, Danielle Kalitan, General 

ELectic, Niskayuna, NY, USA, Rajani 

Kumar Akula, GE India Technology 

Centre, Bangalore, Karnataka,India, 

John Herbon, General ELectic, 

Niskayuna, NY, USA, Hasan Karim, 

Mark Hadley, GE Energy, Greenville, 

SC, USA, Gary Leonard, General 

ELectic, Niskayuna, NY, USA 

Computational Modeling 

Constraints and Requirements for 

LES of gas Turbine Combustion 

Suresh Menon, Georgia Institute of 

Technology, Atlanta, GA, USA 

COMMITTEE: Controls, Diagnostics & Instrumentation • Paper Session Room 204 • MB-5-2 

CONTROL SySTEMS I 

Session Chair: Sanjay garg, NASA Glenn Research Center, Cleveland, OH, USA • Session Co-Chair: Richard Meisner, Pratt & Whitney, East Hartford, CT, USA 

More Electric Engine Architecture 

For Aircraft Engine Application 


Noriko Morioka, IHI Corporation, 

Tokyo, Japan, Hitoshi Oyori, IHI 

Aerospace Co., Ltd., Gunma, Japan, 

Daiki Kakiuchi, Kanji Ozawa, IHI 

Corporation, Tokyo, Japan 

Axial Swirler Design Influences 

on NOx Emissions for Premixed 

Combustion in gas Turbine 

Combustors With all the Combustor 

Air Flow Passing Through the 

Swirler 


Gordon E. Andrews, Nasser Ahmed, 

Univeristy of Leeds, Leeds, UK 

COMMITTEE: Combustion, Fuels & Emissions • Panel Session Room 110 • MB-4-34 

LES MODELINg - STATUS AND PROSPECTS 

Session Chair: Rudolph Dudebout, Honeywell, Phoenix, AZ, USA • Session Co-Chair: Suresh Menon, Georgia Institute of Technology, Atlanta, GA, USA 

Design of gas Turbine Combustion 

Systems Using Large Eddy 

Simulations - Benefits and 

Challenges 

Sunil James, Honeywell Aerospace, 

Phoenix, AZ, USA 

Distributed Network System for 

Real-Time Model Based Control of 

Industrial gas Turbines 


Vili Panov, SIemens Industrial 

Turbomachinery Ltd, Lincoln, 

Lincolnshire, UK 

Combustion Characteristics of Fuel 

Staged Combustor for Aeroengines 

at LTO Cycle Conditions 


akeshi Yamamoto, Kazuo 

Shimodaira, Yoji Kurosawa, 

Seiji Yoshida, Japan Aerospace 

Exploration Agency, Tokyo, Japan 

Large Eddy Simulation of Aircraft 

gas Turbine Combustors at Pratt & 

Whitney Current Experience and 

Next Steps 

Randal McKinney, Pratt & Whitney, 

East Hartford, CT, USA 

An Analytical Approach To gas 

Turbine Engine Model Linearization 


Gi-Yun Chung, Manuj Dhingra, 

J.V.R. Prasad, Georgia Institute 

of Technology, Atlanta, GA, USA, 

Richard Meisner, Steven Sirica, 

Pratt & Whitney, East Hartford, CT, 

USA 

Measurement of Volatile Particulate 

Matter Emissions from Aircraft Engines 

Using a Simulated Plume Aging System 


Jay Peck, Michael T. Timko, 

Zhenhong Yu, Hsi-Wu Wong, Scott 

C. Herndon, Paul E. Yelvington, 

Richard C. Miake-Lye, Aerodyne 

Research, Inc., Billerica, MA, USA, 

Changlie Wey, ASRC Aerospace 

Corp., Cleveland, OH, USA, Edward 

L. Winstead, SSAI, Inc., Newport 

News, VA, USA, Luke D. Ziemba, 

Bruce E. Anderson, NASA Langley 

Research Center, Hampton, VA, USA 

Large-Eddy Simulation for gas 

Turbine Combustors — Progress 

and Challenges 

Michael Foust, General Electric, 

Cincinnati, USA 

Robust gas Turbine Speed Control 

Using qFT 


Zoleikha Abdollahi Biron, K.N. 

Toosi University of Technology, 

Tehran, Iran, Ali Khaki Sedigh, K. 

N. Toosi University of Technology, 

Tehran, Iran, Roghiyeh Abdollahi 

Biron, Tehran Electrical Regional 

Company, Tehran, Iran 

Combustion Emission 

Measurements with Preheated Jet 

Fuel 


Qing-ping Zheng, Pratt & Whitney 

Canada Corp., Mississauga, ON, 

Canada, Sean Yun, National 

Research Council Canada, Ottawa, 

ON, Canada, Dan Titirica, Sam 

Sampath, Pratt & Whitney Canada 

Corp., Mississauga, ON, Canada, 

Ibrahim Yimer, National Research 

Council Canada, Ottawa, ON, 

Canada 

LES Modeling of Combustors - 

CERFACS perspective 

Laurent Gicquel, Cerfacs, Toulouse, 

France (Metro)


44 


2:30 3:00 3:30 4:00 4:30 

COMMITTEE: Fans & Blowers • Paper Session Room 122 • MB-9-3 

THE NOISE AND STALL MECHANISMS OF FANS & BLOWERS 

Session Chair: Alain guedel, CETIAT, Villeurbanne cedex, France • Session Co-Chair: Michael Schmitz, ebm-papst St. Georgen GmbH & Co. KG, St. Georgen, Germany 

Stall Inception, Evolution and 

Control in a Variable Pitch in 

Motion Axial Fan 


Stefano Bianchi, Sapienza - Rome 

University, Roma, Italy, Alessandro 

Corsini, Luca Mazzucca, Sapienza 

University of Rome, Rome, Italy, 

Lucilla Monteleone, Sapienza 

University, Rome, Italy, Geoff 

Sheard, Flakt Woods, Colchester, UK 

Effects of Ribs On Internal Blade- 

Tip Cooling 


Tareq Salameh, Bengt Sunden, Lund 

University, Lund, Sweden 

Experimental and Numerical 

Investigation of the Unsteady Flow 

Field and Tone generation in an 

Isolated Centrifugal Fan Impeller 


Daniel Wolfram, Pollrich 

Ventilatoren GmbH, 

Mönchengladbach, Germany, 

Thomas Carolus, University Siegen, 

Siegen, Germany 

COMMITTEE: Heat Transfer: General Interest • Paper Session Room 222 • MB-10-4 

INTERNAL TIP COOLINg 

Session Chair: Jim Downs, Florida Turbine Technologies, Inc., Jupiter, FL, USA • Session Co-Chair: Andreas Heselhaus, Siemens AG, Energy Sector, Muelheim/Ruhr, NRW, Germany 

Flow and Heat Transfer in the 

Tip-Turn Region of a U-Duct 

under Rotating and Non-Rotating 

Conditions 


Shih-Yung “Kenny” Hu, Tom I-P. Shih, 

Purdue University, West Lafayette, 

IN, USA, Minking Chyu, University of 

Pittsburgh, Pittsburgh, PA, USA, Robin 

Ames, Richard Dennis, DoE National 

Energy Technology Lab, Morgantown, 

WV, USA, Xingkai Chi, Purdue 

University, West Lafayette, IN, USA, 

K. Mark Bryden, DoE Ames National 

Lab, Ames, IA, USA 

Improvement in Efficiency and 

Stall Margin of Centrifugal Blower 

Impeller by Multi Objective 

Optimization 


Kiyotaka Hiradate, Mechanical 

Engineerign Research Laboratory, 

Hitachi, Ltd, Hitachinaka, Ibaraki, 

Japan, Takahiro Nishioka, Toshio 

Kanno, Hitachi Plant Technologies, 

Ltd., Ibaraki, Japan, Kazuyuki 

Sugimura, Yasushi Shinkawa, 

Satoshi Joukou, Hitachi Plant 

Technologies, Ltd., Tsuchiura, 

Ibaraki, Japan 

Heat Transfer Enhancement in Tip- 

Turn Region of Two-Pass Channel 

with a 180-Degree Turn 


Pavin Ganmol, Minking chyu, 

University of Pittsburgh, Pittsburgh, 

PA, USA, Mary Anne Alvin, US 

DOE National Energy Technology 

Laboratory, Pittsburgh, PA, USA 

Experimental Characterization 

of the Influence of Auxiliary 

Devices on the Noise generated 

by Industrial Centrifugal Fan and 

Correlation to the geometrical and 

Fluid Dynamic Parameters 


Michele Pinelli, Francesco 

Pompoli, Emanuele Podeschi, 

Margherita Cadorin, University 

of Ferrara, Ferrara, Italy, Andrea 

Zanardi, MZ Aspiratori, Budrio, Italy 

Effects Of guide Vanes On The Tip 

Heat Transfer Enhancement Of A 

Turbine Blade 


Gongnan Xie, Northwestern 

Polytechnical University, Xi’an, 

China, Bengt Sunden, Lund 

University, Lund, Sweden 

Design of Axial Fans Considering 

the Accurate Calculation of the 

Slip Factor of Axial Flow Cascades 

and Full Three Dimensional Axial 

Impellers for Arbitrary Blade Shapes 


Henrik Smith, Philipp Epple, University 

of Erlangen-Nurmberg - Institute of 

Fluid Mechanics, Erlangen, Germany, 

Matthias Semel, University of 

Erlangen-Nürnberg - Institute of Fluid 

Mechanics, Erlangen, Germany, Mihai 

Miclea-Bleiziffer, Antonio Delgado, 

University of Erlangen-Nurmberg - 

Institute of Fluid Mechanics, Erlangen, 

Bayern, Germany 

Heat Transfer Characteristics of a 

Non-rotating Two-Pass Rectangular 

Duct with Various guide Vanes in 

the Tip Turn Region 


Dong Myeong Lee, Jun Su Park, 

Dong Hyun Lee, Yonsei University, 

Seoul,Korea (Republic), Beom Soo 

Kim, Korea Electric Power Research 

Institute, Daejeon,Korea (Republic), 

Hyung-Hee Cho, Yonsei University, 

Seoul,Korea (Republic)



2:30 3:00 3:30 4:00 4:30 

COMMITTEE: Heat Transfer: Film Cooling • Paper Session Room 220 • MB-11-1 

ENDWALL FILM COOLINg 

Session Chair: Anil Tolpadi • Session Co-Chair: Srinath Ekkad, Virginia Polytechnic Institute and State University, Blacksburg, VA, USA 

Effects Of Orientation And Position 

Of The Combustor-Turbine Interface 

gap On The Cooling Of A Vane 

Endwall 


Alan Thrift, Penn State University, 

University Park, PA, USA, Karen 

Thole, The Pennsylvania State 

University, State College, PA, USA, 

Satoshi Hada, Mitsubishi Heavy 

Industries LTD, Hyogo, Japan 

COMMITTEE: Heat Transfer: Internal Air and Seals (with Turbomachinery) • Paper Session Room 214 • MB-12-1 

COMPLIANT SEALS 

Session Chair: Mahmut F Aksit, Sabanci University, Istanbul, Turkey • Session Co-Chair: Eric Ruggiero, GE Global Research, Niskayuna, NY, USA 

Design and validation of a new 

test rig for brush seal testing under 

engine relevant conditions 


David Pfefferle, Karlsruhe 

Institute of Technology, Karlsruhe, 

Germany, Klaus Dullenkopf, 

Karlsruher Institut für Technologie 

(KIT), Karlsruhe, Germany, Hans 

Joerg Bauer, Karlsruhe Institut of 

Technology (KIT), Karlsruhe, Baden- 

Württemberg, Germany 

The Design and Sizing Approach of 

Once through Steam generators For 

CCgT Applications 


Emad Hamid, CRANFIELD 

UNIVERSITY, Bedford, UK, Mike 

Newby, Manx Electricity Authority, 

Douglas, UK, Pericles Pilidis, 

CRANFIELD UNIVERSITY, BEDFORD, 

UK 

Validation of a First Vane Platform 

Cooling Design 


Joerg Krueckels, ALSTOM, Baden, 

Switzerland, William Colban, 

ALSTOM, Birr, Switzerland, Michael 

Gritsch, Martin Schnieder, Alstom 

Power, Baden, Switzerland 

Stiffness Measurement for 

Pressure-loaded Brush Seals 


Rahul A. Bidkar, General Electric, 

Niskayuna, NY, USA, Xiaoqing 

Zheng, Mehmet Demiroglu, General 

Electric, Schenectady, NY, USA, 

Norman Turnquist, General Electric, 

Niskayuna, NY, USA 

Development of the 5MW Power 

generation gas turbine Engine 


Sooyong Kim, Jewook Ryu, Doosan 

Heavy Industries and Construction, 

Daejeon,Korea (Republic), Vladimir 

Spitsyn, Gas Turbine Complex 

‘Zorya-Mashproekt’, Nikolaev, 

UKraine, Sungryong Lee, Doosan 

Heavy Industries & Construction, 

Daejeon,Korea (Republic) 

Application Of A CFD-Based Film 

Cooling Model To A gas Turbine 

Vane Cascade With Cylindrical And 

Shaped Hole Endwall Film Cooling 


Tilman auf dem Kampe, Stefan 

Voelker, Siemens AG, Energy 

Sector, Mülheim a. d. Ruhr, Germany 

Design Optimization of a 

Retractable Holder for Compressor 

Discharge Brush Seal 


Omprakash Samudrala, General 

Electric Global Research Center, 

Niskayuna, NY, USA, Siddarth 

Kumar, Massachusetts Institute 

of Technology, Cambridge, MA, 

USA, Christopher E Wolfe, General 

Electric Global Research Center, 

Niskayuna, NY, USA, Raymond E 

Chupp, General Electric Company, 

Greenville, SC, USA 

Optimal Operation of a gas 

Turbine Cogeneration Plant in 

Consideration of Equipment 

Minimum Up and Down Times 


Ryohei Yokoyama, Osaka 

Prefecture University, Sakai, Osaka, 

Japan 

Comparison Of Two Axisymmetric 

Profiles On Blade Platform Film 

Cooling 


Luzeng Zhang, Solar Turbines Inc, 

San Diego, CA, USA, Hee-Koo 

Moon, Solar Turbines Incorporated, 

San Diego, CA, USA 

Effect of geometric Changes in 

an Idealised Contacting Brush 

Seal Bristle Pack on Typical Key 

Performance Measures 


Michael Pekris, Rolls-Royce 

plc, Derby, UK, David Gillespie, 

University of Oxford, Department of 

Engineering Science, Oxford, UK, 

Gervas Franceschini, Rolls-Royce 

plc, Derby, UK 

gas Turbine Bottoming Cycles 

For Cogenerative Applications: 

Comparison Of Different Heat 

Recovery Cycle Solutions. 


Andrea De Pascale, Università di 

Bologna, Bologna, Italy, Michele 

Bianchi, Alma Mater Studiorum - 

Università di Bologna, Bologna, Italy, 

Rakesh Bhargava, Turbomachinery 

Consultant, Katy, TX, USA 

Numerical Investigations On Film 

Cooling Performances 


Jianhua wang, University of 

Science and Technology of China, 

Hefei, Anhui, China, Yejun Zhu, Jian 

Kuang, University of Science and 

Technology of China, Hefei, Anhui, 

China, Xiaochun Wang, University 

of Science and Technology of China, 

Hefei, Anhui,, China 

Negative Stiffness in gas Turbine 

Leaf Seals 


Ingo Jahn, Rolls-Royce plc, Derby, 

UK, Andrew K Owen, University 

of Oxford, Oxford, UK, Gervas 

Franceschini, Rolls-Royce plc, 

Derby, UK, David Gillespie, 


Engineering Science, Oxford, UK 

COMMITTEE: Industrial & Cogeneration • Paper Session Room 205 • MB-15-5 

SELECTED TOPICS - COgENERATION SySTEMS 

Session Chair: Michele Bianchi, Alma Mater Studiorum - Università di Bologna, Bologna, Italy • Session Co-Chair: Andrea De Pascale, Università di Bologna, Bologna, Italy 

R 

Upgrade of the Intake Air Cooling 

System for a Heavy Duty Industrial 

gas Turbine 


Steve Ingistov, BP/WCC, Carson, 

California, CA, USA, Mustapha 

Chaker, Bechtel Corporation, Sugar 

Land, TX, USA


46 


2:30 3:00 3:30 4:00 4:30 

COMMITTEE: Manufacturing Materials & Metallurgy • Paper Session Room 213 • MB-16-1 

THERMAL BARRIER COATINg PROCESSES AND PERFORMANCE 

Session Chair: Jeff Smith, Material Processing Technology, LLC, Norton Shores, MI, USA 

Session Co-Chair: Tania Bhatia Kashyap, United Technologies Research Center, East Hartford, CT, USA, Surinder Pabla, GE Energy, Greenville, SC, USA 

Thermal Properties And Phase 

Analysis Of Titania Doped yttria- 

Zirconia Ceramics For Use As 

High Temperature Thermal Barrier 

Coatings (TBCS) 


L. Javier Romualdez, Xiao Huang, 

Carleton University, Ottawa, ON, 

Canada, Richard Kearsey, National 

Research Council Canada, Ottawa, 

ON, Canada, Mitch D. Kibsey, 

Carleton University, Ottawa, ON, 

Canada 

Mechanical Properties of Titania- 

Doped yttria Stabilized Zirconia 

(TiySZ) for Use as Thermal Barrier 

Coating (TBC) 


Mitch D. Kibsey, L. Javier 

Romualdez, Xiao Huang, Carleton 

University, Ottawa, ON, Canada, 

Richard Kearsey, National Research 


Canada, Qi Yang, National Research 

Council, Ottawa, ON, Canada 

Simulation of Combustor Damage 

Mechanisms and Material System 

Performance via a Sub-element 

Configured Specimen Test 


Nagaraja Rudrapatna, Benjamin 

Peterson, Honeywell Aerospace, 


Oxidation Behaviour of 

Conventional and Nanocrystalline 

CoNiCrAly Bond Coats 

Manufactured by Cold Spray 


Patrick Richer, Brayton Energy 

Canada, Gatineau, QC, Canada, 

Mohammed Yandouzi, University of 

Ottawa, Ottawa, ON, Canada, Mathieu 

Brochu, McGill University, Montreal, 

QC, Canada, Alejandro Zuniga, 

University of Chile, Santiago,Chile, 

Antoine Corbeil, Brayton Energy 

Canada, Gatineau (Aylmer), QC, 

Canada, Bertrand Jodoin, University 

of Ottawa, Ottawa, ON, Canada 

Comparative Performance Of A 

Thermal Barrier Coating System 

Utilizing Platinum Aluminide Bond 

Coat On Alloys CMSX-4® and 

MAR M® 002DS 


Hani Tawancy, Research Institute, 

King Fahd University of Petroleum 

& Minerals, Dhahran,Saudi Arabia, 

Luai M. Al-Hadhrami, King Fahd 

University of Petroleum and 

Minerals, Dhahran, EP,Saudi Arabia 

COMMITTEE: Marine • Tutorial Session Room 120 • MB-17-5 

HyBRID ELECTRIC DRIVE PROOF OF CONCEPT OVERVIEW AND CAPABILITIES 

Session Chair and Instructor: greg Reed 

COMMITTEE: Microturbines & Small Turbomachinery • Paper Session Room 121 • MB-18-2 

TURBOCHARgERS: DESIgN & OPTIMIZATION I 

Session Chair: Tom Heuer, BorgWarner Turbo Systems Engineering GmbH, Kirchheimbolanden, Germany • Session Co-Chair: Richard Aymanns, FEV Motorentechnik GmbH, Aachen, Germany 

Numerical Investigation of 

Aerodynamic Radial and Axial 

Impeller Forces in a Turbocharger 


Henning Rätz, Leibnitz Univesität 

Hannover, Hannover, Germany, 

Jasper Kammeyer, Institute of 

Turbomachinery and Fluid Dynamics, 

Leibniz University Hannover, Hannover, 

Germany, Christoph K. Natkaniec, 

Leibniz Universitaet Hannover - 

Institute of Turbomachinery and Fluid 

Dynamics, Hannover, Germany, Joerg 

R. Seume, Institute of Turbomachinery 

and Fluid Dynamics, Leibniz University 

Hannover, Hannover, Germany 

Improved map scaling methods for 

small turbocharger compressors 


Benedikt Ernst, Insitute of 

Turbomachinery and Fluid 

Dynamics, Leibniz University 


Jasper Kammeyer, Joerg R. Seume, 

Institute of Turbomachinery and 

Fluid Dynamics, Leibniz University 


Improving the application of 

turbine maps in 1D engine process 

modelling 


Mathias Vogt, Florian Frese, Voith 

Turbo Aufladungssysteme GmbH 

& Co. KG, Gommern, Germany, 

Holger Mai, TU Berlin, Berlin, 

Germany, Roland Baar, Voith Turbo 

Aufladungssysteme GmbH & Co. KG, 

Gommern, Germany 

Secondary Flow Structures and 

Losses in a Radial Turbine Nozzle 


Christoph K. Natkaniec, Leibniz 

Universitaet Hannover - Institute 

of Turbomachinery and Fluid 

Dynamics, Hannover, Germany, 

Jasper Kammeyer, Joerg R. Seume, 




R



2:30 3:00 3:30 4:00 4:30 

COMMITTEE: Solar Brayton & Rankine Cycle • Panel Session Room 118 • MB-20-4 

CONCENTRATED SOLAR POWER PLANT MACHINERy 

Session Chair: Justin Zachary, Bechtel USA, Frederick, MD, USA 

Concentrating Solar Power Needs 

for Turbine Power Cycles 

Mark Lausten, DOE, Washington, 

USA 

COMMITTEE: Structures & Dynamics: Rotordynamics • Paper Session Room 210 • MB-24-1 

IDENTIFICATION/CONDITION MONITORINg 

Session Chair: John yu, GE Energy, Minden, NV, USA • Session Co-Chair: Brian Nicholson, Air Force Research Laboratory, Wright Patterson AFB, OH, USA 

Rotordynamic Evaluation of 

Centrifugal Compressor Using 

Electro-magnetic Exciter 


Naohiko Takahashi, Hitachi Plant 

Technologies, Ltd., Tsuchiura-shi, 

Ibaraki, Japan, Yohei Magara, 

Hitachi, Ltd., Hitachinaka, Ibaraki, 

Japan, Mitsuhiro Narita, Haruo 

Miura, Hitachi Plant Technologies, 

Ltd., Tsuchiura-shi, Ibaraki, Japan 

Temporal And Convective Inertia 

Effects In Plain Journal Bearings 

With Eccenctricity, Velocity And 

Acceleration 


Saeid Dousti, Jianming Cao, Amir 

Younan, Paul E. Allaire, Timothy 

Dimond, University of Virginia, 

Charlottesville, VA, USA 

Siemens - Options for CSP 

applications 

John Lindstrom, Siemens, Orlando, 

USA 

Electronic Torsional Vibration 

Elimination for Synchronous Motor 

Driven Turbomachinery 


Christof Sihler, Simon Schramm, 

GE Global Research, Garching, 

Germany, Andrea Lenzi, GE Oil & 

Gas, Florence, Italy, Valerio Depau, 

Valerio Rossi, GE Oil&Gas Nuovo 

Pignone, Florence, Italy 

Experimental Investigation of 

Turbocharger Rotor Bearing System 


Ankur Ashtekar, Farshid Sadeghi, 

Purdue University, West Lafayette, 

IN, USA, Gary Powers, Kevin 

Mantel, Caterpillar Inc, Lafayette, 

IN, USA, Robert C. Griffith, 

Caterpillar Inc., Mossville, IL, USA 

Alstom solution for solar 

applications 

Andreas Ehrsam, Alstom, Baden, 

Switzerland 

Construction Of Shock Response 

Map For A Flexible Rotor-Bearing 

System With Mount System To Base 

Excitations Using The FE Transient 

Analysis Method 


An Sung Lee, Byung Ok Kim, Korea 

Inst. of Machinery and Materials, 

Daejeon, Korea (Republic) 

Application of an efficient 

Pressure-Temperature coupled 

solver to industrial hydrodynamic 

bearings in conjunction with multi 

objective evolutionary optimization 

technique 


Giulio Romanelli, Gianluca Melina, 

Gabriele Ottino, Vincenzo Indriolo, 

CFD Engineering S.r.l., Genova, Italy, 

Silvia Minniti, Fabrizio Rindone, 

AnsaldoEnergia, Genova, Italy 

Technology challenges and 

opportunities for turbomachinery in 

supercritical CO2 power cycles 

Tim Held, Echogen, Akron, USA 

An Extension of Campbells Major 

Resonance Criteria with an 

Experimental Demonstration for a 

Counter-Rotating Turbine 


Robert Czachor, GE Aircraft 

Engines, Cincinnati, OH, USA 

Comparison of the Steady-State 

and Dynamic Performance of Two 

Fixed-geometry Journal Bearings 


Martin J. Conlon, National Research 


Canada, Azzedine Dadouche, 

National Research Council Institute 

for Aerospace Research, Ottawa, 

ON, Canada, Waldemar M. 

Dmochowski, National Research 

Council Canada, Ottawa, ON, Canada 

Ultra-Efficient Ceramic gas 

Microturbines for Concentrated 

Solar Power Applications 

Bruce Anderson, WilsonSolar 

Power, Boston, USA 

COMMITTEE: Structures & Dynamics: Bearing & Seal Dynamics • Paper Session Room 217/218 • MB-25-1 

BEARINgS I - THEORETICAL AND EXPERIMENTAL ASPECTS 

Session Chair: Tae Ho Kim, Korea Institute of Science and Technology, Seoul, Korea (Republic) 

R 

R 

Effect of Surface Texturing on 

the Steady-State Properties and 

Dynamic Coefficients of a Plain 

Journal Bearing: Experimental Study 


Azzedine Dadouche, National 

Research Council Institute for 

Aerospace Research, Ottawa, 

ON, Canada, Martin J. Conlon, 

National Research Council Canada, 

Ottawa, ON, Canada, Waldemar 

Dmochowski, National Research 

Council Institute for Aerospace 

Research, Ottawa, ON, Canada, 

Waldemar Koszela, Lidia Galda, 

Pawel Pawlus, Rzeszow University 

of Technology, Rzeszow, Poland


48 


2:30 3:00 3:30 4:00 4:30 

COMMITTEE: Structures & Dynamics: Aerodynamic Excitation & Damping (with Turbomachinery) • Paper Session Room 116/117 • MB-28-1 

TURBOMACHINE AERODyNAMIC INTERACTION AND FORCED RESPONSE I 

Session Chair: Eric Seinturier, TURBOMECA, BORDES, France • Session Co-Chair: Holger Hennings, DLR, Inst. of Aeroelasticity, 37073 Goettingen, Germany 

Prediction Of Turbine Rotor Blade 

Forcing Due To In-Service Stator 

Vane Trailing Edge Damage 


Marcus Meyer, Rolls-Royce 

Deutschland, Blankenfelde-Mahlow, 

Germany, Roland Parchem, Rolls- 

Royce Deutschland Ltd. & Co. KG, 

Blankenfelde-Mahlow, Brandenburg, 

Germany, Peter Davison, Rolls- 

Royce Deutschland, Blankenfelde- 

Mahlow, Germany 

COMMITTEE: Turbomachinery: Axial Fan & Compressor Aerodynamics • Paper Session Room 207 • MB-29-5 

DESIgN, ANALySIS, AND TEST I 

Session Chair: Aspi Wadia, GE Aviation, Cincinnati, OH, USA • Session Co-Chair: Dale Vanzante, NASA Glenn Research Center, Cleveland, OH, USA 

Computational And Experimental 

Analysis Of An Industrial gas 

Turbine Compressor 


Alexander Wiedermann, Dirk 

Frank, Ulrich Orth, Markus 

Beukenberg, MAN Diesel & Turbo 

SE, Oberhausen, NRW, Germany 

Investigation of Effect of end wall 

contouring methods on a transonic 

turbine blade passage 


Kapil Panchal, Santosh Abraham, 

Srinath Ekkad, W. F. Ng, Virginia 

Polytechnic Institute and State 

University, Blacksburg, VA, USA, 

Anthony Malandra, Siemens Power 

Generation, Orlando, FL, USA, 

Barry J. Brown, Florida Turbine 

Technologies, Jupiter, FL, USA 

Forced response of bladed disks 

with damping mistuning. 


Oualid Khemiri, Carlos Martel, 

Universidad Politecnica de Madrid, 

Madrid, Spain, Roque Corral, 

Industria de Turbopropulsores S.A., 

Madrid, Madrid, Spain 

Three Dimensional Design and 

Optimization of Transonic Rotor in 

Axial Flow Compressors 


Hidetaka Okui, Mitsubishi heavy 

industries, Takasago, Hyogo, Japan, 

Tom Verstraete, Rene van den 

Braembussche, Zuheyr Alsalihi, von 

Karman Institute for Fluid Dynamics, 

Rhode Saint Genese, Belgium 

Endwall Contouring Using 

Continuous Diffusion, A 

Breakthrough Technology and its 

Application to a Three-Stage High 

Pressure Turbine 


Meinhard Schobeiri, Texas A&M 

University, College Station, TX, USA, 

Kun Lu, Texas A&M Univerisity, 

College Station, TX, USA 

Effect Of Scaling Of Blade Row 

Sectors On The Prediction Of 

Aerodynamic Forcing In A Highly- 

Loaded Transonic Turbine Stage 


Seyed Mohammad Hosseini, The 

Royal Institute of Technology, 

Stockholm, Sweden, Florian Fruth, 

Damian Vogt, Royal Institute of 

Technology, Stockholm, Sweden, 

Torsten H. Fransson, Royal Institute 

of Technology (KTH), Stockholm, 

Sweden 

Design of a Highly Loaded 

Transonic Two-Stage Fan Using 

Swept and Bowed Blading 


Hailiang Jin, Donghai Jin, Fang 

Zhu, Ke Wan, Xingmin Gui, Beihang 

University, Beijing, Beijing, China 

Application of Endwall Contouring 

to Transonic Turbine Cascades: 

Experimental Measurements at 

Design Conditions 


Farzad Taremi, Carleton University, 

Ottawa, ON, Canada, Steen 

Sjolander, Carleton University, 

Ottawwa, ON, Canada, Thomas 

Praisner, Pratt & Whitney, East 

Hartford, CT, USA 

Influence of the Blade Count Ratio 

on Aerodynamic Forcing: Part II– 

High Pressure Transonic Turbine 


Florian Fruth, Damian Vogt, Royal 

Institute of Technology, Stockholm, 

Sweden, Torsten H. Fransson, 

Royal Institute of Technology (KTH), 

Stockholm, Sweden 

Design and aerodynamic analysis a 

highly loaded helium compressor 


Tingfeng Ke, Qun Zheng, Harbin 

Engineering University, Harbin, 

Heilongjiang, China 

Tip leakage losses in subsonic and 

transonic blade-rows 


Andrew P.S. Wheeler, Queen Mary, 

University of London, London, UK, 

Theodosios Korakianitis, Queen 

Mary University of London, London 

E1 4NS, UK, Shashimal Banneheke, 

School of Engineering and Materials 

Science, Queen Mary, University of 

London, London, UK 

Determination of the Wake 

Frequency Contents for a twin shaft 

gas Turbine variable Nozzle guided 

Vane 


Antonio Maria Grimaldi, Simone 

Colantoni, Antonio Melani, GE 

Oil&Gas, Firenze, Italy, Italy, Pierre 

Manenc, Consultant, Mesnil le roi, 

France 

Compressor Blade Modelling Under 

Highly Negative Incedence 


Pavlos Zachos, Cornelia Ruelke, 

Vassilios Pachidis, Cranfield 

University, Cranfield, UK, Riti Singh, 

Cranfield University, Bedford, UK 

COMMITTEE: Turbomachinery: Axial Turbine Aerodynamics • Paper Session Room 211 • MB-30-2 

TURBINE TIP gAP & ENDWALL AERODyNAMICS 

Session Chair: Thomas Povey, University of Oxford, Oxford, Oxfordshire, UK • Session Co-Chair: Paul Beard, University of Oxford, Oxford, Oxfordshire, UK 

Comparison of Various Supersonic 

Turbine Tip Designs to Minimize 

Aerodynamic Loss and Tip Heating 


Vikram Shyam, NASA, Cleveland, 

OH, USA, Ali Ameri, The Ohio State 

University, Columbus, OH, USA



2:30 3:00 3:30 4:00 4:30 

COMMITTEE: Turbomachinery: Design Methods & CFD Modeling For Turbomachinery • Paper Session Room 208/209 • MB-31-5 

UNSTEADy CFD METHODS 

Session Chair: Roque Corral, Industria de Turbopropulsores S.A., Madrid, Madrid, Spain 

Development of an Edge-Based 

Harmonic Balance Method for 

Turbomachinery Flows 


Javier Crespo, Industria de 

Turbopropulsores S.A., San 

Fernando de Henares, Madrid, 

Spain, Roque Corral, Industria de 

Turbopropulsores S.A., Madrid, 

Madrid, Spain 

COMMITTEE: Turbomachinery: Radial Turbomachinery • Paper Session Room 224 • MB-33-4 

TURBOCHARgER COMPRESSORS I 

Session Chair: Jan Ehrhard, IHI Charging System International GmbH, Heidelberg, Germany • Session Co-Chair: Dietmar Filsinger, IHI Charging Systems Intl., Heidelberg, Germany 

Numerical Analysis of Effects of 

Centrifugal Compressor Impeller 

Design on Overall- and Flow Field 

Performance 


Andre Hildebrandt, MAN Diesel & 

Turbo SE, Oberhausen, Germany, 

Holger Franz, Institute of Jet Propulsion 

and Turbomachinery IST, RWTH 

Aachen, Germany, Aachen, Germany, 

Christoph Jakiel, MAN Diesel & Turbo 

SE, Oberhausen, Germany 

Study of Unforced and Modulated 

Inclined Film-Cooling Jets Using 

Proper Orthogonal Decomposition: 

Part I–Unforced Jets 


Guillaume Bidan, Clementine 

Vezier, Dimitris E. Nikitopoulos, 

Louisiana State University, Baton 

Rouge, LA, USA 

A comparison of Advanced 

Numerical Techniques to Model 

Transient Flow in Turbomachinery 

Blade Rows 


Stuart D Connell, Mark E Braaten, 

General Electric Global Research, 

niskayuna, NY, USA, Laith Zori, 

ANSYS Inc., Lebanon, NH, USA, Robin 

Steed, Brad Hutchinson, ANSYS Inc., 

Waterloo, ON, Canada, Graham Cox, 

PCA Engineers Ltd., Lincoln, UK 

Numerical Simulation Of Surge 

In Turbocharger Centrifugal 

Compressor Influences Of 

Downstream Plenum 


Hua Chen, Strong Guo, honeywell 

integrated technology (China) co. 

ltd., Shanghai, China, Xiaocheng 

Zhu, zaohui du, Shanghai Jiaotong 

University, Shanghai, China 

Study of Unforced and Modulated 

Inclined Film-Cooling Jets Using 

Proper Orthogonal Decomposition 

Part II: Forced Jets 


Guillaume Bidan, Clementine 

Vezier, Dimitris E. Nikitopoulos, 



On a numerical method for 

the simulation of steady jet 

array interaction with rotating 

components 


Valery Kostege, ALSTOM Power 

Uniturbo, Ltd., Moscow, Russia, 

Sergey Chernyshev, ALSTOM Power 

Uniturbo.Ltd, Moscw, Russia, Vladimir 

Vassiliev, ALSTOM (Switzerland), 

Baden, Switzerland 

Aerodynamics of a Centrifugal 

Compressor with a Double Sided 

Impeller 


Vai Man Lei, Honeywell Turbo 

Technologies, Torrance, CA, USA 

The Effects Of Blade Loading On 

Trailing Edge Vortex Formation On 

A Highly Loaded Stator Upstream Of 

A Transonic Rotor 


Kenneth Clark, Steve Gorrell, 

Brigham Young University, Provo, 

UT, USA 

Simulation of Unsteady 

Turbomachinery Flows Using 

an Implicitly Coupled Nonlinear 

Harmonic Balance Method 


Jonathan Weiss, Venkataramanan 

Subramanian, CD-adapco, Lebanon, 

NH, USA, Kenneth Hall, Duke 

University, Durham, NC, USA 

An impact of various shroud bleed 

slot configurations and cavity vanes 

on compressor map width and the 

inducer flow field 


Subenuka Sivagnanasundaram, 

Queen’s University Belfast, Belfasts, 

Northern Ireland, UK, Stephen Spence, 

Juliana Early, Queen’s University 

Belfast, Belfast, Northern Ireland, 

UK, Bahram Nikpour, Cummins Turbo 

Technologies, Huddersfield, UK 

CFD Modeling Effects on Unsteady 

Multistage Simulation for a 

Transonic Axial Compressor 


Mai Yamagami, Hidekazu Kodama, 

Dai Kato, Naoki Tsuchiya, IHI 

corporation, Tokyo, Japan, Yasuo 

Horiguti, Advanced Science and 

Intelligence Research Institute 

Corporation, Tokyo, Japan, Junichi 

Kazawa, Japan Aerospace 


Investigation of Transient CFD 

Methods Applied to a Transonic 

Compressor Stage 


Rob Blumenthal, ANSYS. Inc., 

El Dorado Hills, CA, USA, Brad 

Hutchinson, ANSYS Inc., Waterloo, 

ON, Canada, Laith Zori, ANSYS Inc., 

Lebanon, NH, USA 

Time-Accurate Calculations Of A 

Passive Shroud Bleed Configuration 

And Implications For Unsteady 

Blade Loading 


Xiangyang Deng, UTRC-China, 

Shanghai, Shanghai, China, 

Elizabeth Lurie, UTRC, E. Hartford, 

CT, USA, Jinzhang Feng, UTRC, 


COMMITTEE: Turbomachinery: Unsteady Flows in Turbomachinery • Paper Session Room 215/216 • MB-34-7 

VORTICAL AND ENDWALL FLOWS 

Session Chair: Thomas Breuer, MTU Aero Engines GmbH, Munich, Germany • Session Co-Chair: Peter Jeschke, Institute of Jet Propulsion and Turbomachinery RWTH Aachen, Aachen, Germany 

Multiscale Partially Averaged 

Navier Stokes approach for 

the prediction of flow in linear 

compressor cascade with moving 

casing 


Domenico Borello, Sapienza University 

of Rome, Rome, Italy, Giovanni Delibra, 

Dipartimento di Ingegneria Meccanica 

e Aerospaziale, Roma, Italy, Franco 

Rispoli, Sapienza University of Rome, 

Rome, Italy


50 


2:30 3:00 3:30 4:00 4:30 

COMMITTEE: Wind Turbine Technology • Paper Session Room 212 • MB-37-6 

WIND TURBINE OPTIMIZATION 

Session Chair: Ken Van Treuren, Baylor University, Waco, TX, USA • Session Co-Chair: Jaikumar Loganathan, GE GRC, Bangalore, India 

Optimization of Wind Energy 

Capture using BET 


Horacio Perez-Blanco, Penn State, 

University Park, PA, USA 

Coupled Thermo-Mechanical 

Fatigue Tests for Simulating Load 

Conditions in Cooled Turbine Parts 


Roland Mücke, Dr. Klaus Rau, 

Alstom Power, Baden, Switzerland 

Study Of The Flow Over Wind 

Turbine Blade 


Ryo Amano, University of 

Wisconsin-Milwaukee, Milwaukee, 

WI, USA, Ryan J. Malloy, 

Milwaukee Electric Tool, Brookfield, 

WI, USA 

Life Estimation of TBC on an Aero 

gas Turbine Combustor: A Finite 

Element Approach 


R K Mishra, Ragupathy R, CEMILAC, 

Defence R&D Organisation, Bangalore, 

Karnataka,India, R D Misal, Defence 

Institute of Advanced Technology, 

Pune, Maharashtra, India 

Single and Multi Objective CFD 

Optimization of Horizontal Axis 

Wind Turbines 


Fabio De Bellis, Politecnico di Bari, 

Bari, Italy, Luciano A. Catalano, 

Polytechnic of Bari, Bari, Italy 

gas Turbine Nozzle Life Assesment 

Due To Thermal Fatigue 


Zdzislaw Mazur, Efrain Pérez- 

Hernández, Rafael Garcia-Illescas, 

Instituto De Investigaciones 

Electricas, Cuernavaca, Morelos, 

Mexico 

Optimization of wind turbine blades 

using lifting surface method and 

genetic Algorithm 


Xin Shen, Shanghai jiaotong 

Univericity, Shanghai, Shanghai, 

China, Xiaocheng Zhu, Shanghai 

Jiaotong University, Shanghai, 

China, Zhaohui Du, Shanghai Jiao 

Tong University, Shanghai, China 

Convective Cooling Optimization Of 

A Blade For A Supercritical Steam 

Turbine 


Grzegorz Nowak, Wlodzimierz 

Wroblewski, Iwona Nowak, 

Silesian University of Technology, 

Gliwice, Poland 

Performance Optimization Of Wind 

Turbine Rotors With Active Flow 

Control 


Georgios Pechlivanoglou, H.F.I / TU 

Berlin, Berlin, Germany, Christian 

Navid Nayeri, H.F.I. TU Berlin, 

Berlin, Germany, Oliver Paschereit, 

H.F.I TU Berlin, Berlin, Germany 

COMMITTEE: Heat Transfer: Structures (with Structures & Dynamics) • Paper Session Room 202/203 • MB-39-2 

THERMO-MECHANICAL STRESSES: LIFE OPTIMIZATION FOR COMPONENTS 

Session Chair: Esa Utriainen, Siemens Industrial Turbomachinery AB, Finspong, Sweden • Session Co-Chair: Ali gordon, University of Central Florida, Orlando, FL, USA 

Numerical Investigation and 

Performance Optimization of an 

Aircooled Steam Condenser Cell 

Under Ambient Conditions 


He Weifeng, Yiping Dai, Xi’an 

Jiaotong University, Xi’an, China, ma 

qingzhong, Shanxi Electric Power 

Research Institute, Taiyuan, China


TUESDAY, JUNE 7: 8:00 a.m. - 10:00 a.m. 

8:00 8:30 9:00 9:30 

COMMITTEE: Aircraft Engine • Paper Session Room 118 • TA-1-6 

GENERAl AIRCRAFT ENGINE TOPICS 

Session Chair: Nateri Madavan, NASA Ames Research Center, Moffett Field, CA, USA • Session Co-Chair: Michael D. hathaway, NASA Glenn Research Center, Cleveland, OH, USA 

Minimising loss in a heat Exchanger 

Installation for an Intercooled Turbofan 

Engine 


Pok Wang Kwan, Department of Engineering 

Science, Oxford, UK, David Gillespie, 


Engineering Science, Oxford, UK, Andrew 

Rolt, Rory Stieger, Rolls-Royce plc, Derby, UK 

COMMITTEE: Coal, Biomass & Alternative Fuels • Paper Session Room 121 • TA-3-2 

GASIFICATION, PyROlySIS AND SyNGAS IN GAS TURBINE 

Session Chair: Ajay Agrawal, University of Alabama, Tuscaloosa, AL, USA • Session Co-Chair: Marianne Salomon, KTH Royal Institute of Technology, Stockholm, Sweden 

Case Studies for Biomass/Coal Co- 

Gasification in IGCC Applications 


Henry A. Long, Ting Wang, University of New 

Orleans, New Orleans, LA, USA 

Effect of GTl-like Jet Fuel Composition on GT 

Engine Altitude Ignition Performance Part I: 

Combustor operability 


Darren J Fyffe, Rolls-Royce plc, Derby, 

Derbyshire, UK, John Moran, Rolls-Royce, 

Derby, Derbyshire, UK, Kumaran Kannaiyan, 

Texas A & M University at Qatar, Doha, Qatar, 

Ali Al-Sharshani, Qatar Shell Research and 

Technology Centre, Doha, Qatar, Reza Sadr, 

Texas A & M University at Qatar, Doha, Qatar 

liquid and Gas Flow Behaviour in highly 

Rotating Environment 


Budi Chandra, Kathy Simmons, Stephen 

Pickering, The University of Nottingham, 

Nottingham, UK, Marc Tittel, Rolls-Royce plc, 

London, England, UK 

Ultra Rich Combustion Of Natural Gas To 

Syngas 


M.H.F. Woolderink, J.B.W. Kok, University of 

Twente, Enschede, Netherlands 

Investigation of GTl-like Jet Fuel 

Composition on GT Engine Altitude Ignition 

and Combustion Performance Part II: 

Detailed Diagnostics 


Thomas Mosbach, Gregor C. Gebel, Patrick 

Le Clercq, DLR Stuttgart, Stuttgart, Baden- 

Wuerttemberg, Germany, Reza Sadr, Kumaran 

Kannaiyan, Texas A & M University at Qatar, 

Doha, Qatar, Ali Al-Sharshani, Qatar Shell 

Research and Technology Centre, Doha, Qatar 

Effect of Pressure and Oil Mist on Windage 

Power loss of a Shrouded Spiral Bevel Gear 


Kathy Simmons, Graham Johnson, The 

University of Nottingham, Nottingham, UK, 

Nikolas Wiedemann, Rolls-Royce plc, Derby, 

DE24 8BJ, UK 

Experimental and Modelling Studies of the 

Oxidation of Surrogate Bio-Aviation Fuels 


Ida Shafagh, Kevin Hughes, Elena Catalanotti, 

Zhen Liu, Mohamed Pourkashanian, 

University of Leeds, Leeds, West Yorkshire, 

UK, Chris W Wilson, The University of 

Sheffield, Sheffield, UK 

Aldehydes Emissions Measurement and 

OFP assessment of Biodiesel and its Blends 

with Kerosene using a low NOx Gas Turbine 

Combustor 


Hu Li, Leeds University, Leeds, UK, Mohamed 

A. Altaher, The University of Leeds, Leeds, 

UK, Gordon E. Andrews, Univeristy of Leeds, 

Leeds, UK 

Thin Film Modelling for Aero-engine Bearing 

Chambers 


Chen Wang, Herve Morvan, Stephen Hibberd, 

K. A. Cliffe, The University of Nottingham, 

Nottingham, UK 

Ethanol And Distillate Blends: A 

Thermodynamic Approach To Miscibility 

Issues. Part 2: The Influence Of Water 


Romain Privat, Jean-Noel Jaubert, Nancy 

Université, Nancy Cedex 9,France, Michel 

Moliere, GE Energy Europe, Belfort, France 

COMMITTEE: Combustion, Fuels & Emissions • Paper Session Room 114/115 • TA-4-4 

AlTERNATIvE FUElS II - WITh COAl, BIOMASS AND AlTERNATIvE FUElS 

Session Chair: Chi-ming lee, NASA Glenn Research Center, Cleveland, OH, USA • Session Co-Chair: Alejandro Briones, University of Dayton Research Institute, Dayton, OH, USA 

R 

Numerical Analysis Of A Microturbine 

Combustion Chamber Modified For Biomass 

Derived Syngas 


Paolo Laranci, Edoardo Bursi, Università Degli 

Studi di Perugia, Perugia, Italy, Francesco 

Fantozzi, university of perugia, perugia, Italy


52 


8:00 8:30 9:00 9:30 

COMMITTEE: Combustion, Fuels & Emissions • Paper Session Room 110 • TA-4-12 

COMBUSTION INSTABIlITIES ANAlyTICAl I 

Session Chair: Randal McKinney, Pratt & Whitney, East Hartford, CT, USA • Session Co-Chair: Shiva Srinivasan, GE Energy, Greenville, SC, USA 

Dynamics Of Flames Stabilized By Triangular 

Bluff Body In Partially Premixed Methane-Air 

Combustion 


Santosh Kumar Tarband Veeraraghavan, 

Panduranga Alemela, University of Twente, 

Enschede, Netherlands, J. B. W. Kok, 

university of twente, enscehde, Netherlands 

lowering Equivalence Ratio limit for Stable 

Combustion in Gas Turbines by Injection of 

Free Radicals 


Yeshayahou Levy, Vladimir Erenburg, Valery 

Sherbaum, Technion:- Israel Institute of 

Technology, Haifa,Israel, Vitali Ovcharenko, 

Technion: -Israel Institute of Technology, 

Haifa,Israel, Leonid Rosentsvit, Technion:- 

Israel Institute of Technology, Haifa,Israel, 

Boris Chudnovsky, Amiel Herszage, 

Alexander Talanker, Israel Electric Company, 

Haifa,Israel 

Assessment Of Numerical Tools For The 

Evaluation Of The Acoustic Impedance Of 

Multi-Perforated Plates. 


Francesco Simonetti, University of Florence, 

Firenze, Tuscany, Italy, Antonio Andreini, 

Cosimo Bianchini, Bruno Facchini, University 

of Florence, Florence, Italy, Antonio 

Peschiulli, AVIO S.p.A., Rivalta di Torino, Italy 

Bunsen Flame Blow-Off: velocity-Matching 

Method 


Huang Xia, Yong Huang, Fang Wang, Bin Hu, 

Beihang University, Beijing, China 

Comparative validation Study on 

Identification of Premixed Flame Transfer 

Function 


Luis Tay Wo Chong, TU Munich, Garching, 

Germany, Sebastian Bomberg, Ahtsham 

Ulhaq, Thomas Komarek, Wolfgang Polifke, 

TU Munich, Munich, Germany 

lBO Performance Comparison between Two 

Combustors With Different Swirl Cups 


Yixiang Yuan, Institute of Engineering 

Thermophysics, Chinese Academy of 

Sciences, Beijing, China, Chi Zhang, School 

of Jet Propulsion, Beijing Univ. of Aeronautics 

and Astronautics, Beijing, China, Hailin Fan, 

Graduate Univ. of the Chinese Academy of 

Sciences, Beijing, China, Yuzhen Lin, School 


and Astronautics, Beijing, Beijing, China, 

Baoting Guo, Institute of Engineering 

Thermophysics, Chinese Academy of 

Sciences, Beijing, China, Gaoen Liu, School 


and Astronautics, Beijing, China, Chunqing 

Tan, Institute of Engineering Thermophysics, 

Chinese Academy of Sciences, Beijing, China 

Distributed Parameter Acoustic Modeling Of 

A Perforation With Bias Flow 


Alireza Mazdeh, The University of Dayton, 

Dayton, OH, USA, Reza Kashani, University of 

Dayton, Dayton, OH, USA 

COMMITTEE: Combustion, Fuels & Emissions • Paper Session Room 116/117 • TA-4-38 

FlAShBACK & BlOWOUT III 

Session Chair: Geoffrey Myers, GE Energy, Greenville, SC, USA • Session Co-Chair: Prabhakar venkateswaran, Georgia Institute of Technology, Atlanta, GA, USA



8:00 8:30 9:00 9:30 

COMMITTEE: Controls, Diagnostics & Instrumentation • Paper Session Room 208/209 • TA-5-11 

hIGh TEMPERATURE INSTRUMENTATION 

Session Chair: lorenzo Ferrari, University of Florence, Florence, Italy • Session Co-Chair: Richard h. Bunce, Siemens Energy, Inc, Orlando, FL, USA 

Passive Absorption/Emission Spectroscopy 

for Gas Temperature Measurements in Gas 

Turbine Engines 


Hejie Li, Guanghua Wang, GE Global 

Research, Niskayuna, NY, USA, Nirm 

Nirmalan, GE Global Research Center, 

Niskayuna, NY, USA, Samhita Dasgupta, GE 

Global Research, Nikayuna, NY, USA, Edward 

R. Furlong, GE Energy, Billerica, MA, USA 

COMMITTEE: Cycle Innovations • Paper Session Room 122 • TA-6-2 

POWER PlANT OPERABIlITy 

Session Chair: Richard Tunstall • Session Co-Chair: vassilios Pachidis, Cranfield University, Cranfield, UK • Session Co-Chair: Ioannis Roumeliotis, Hellenic Naval Academy, Piraeus, Greece 

A Method to Evaluate the Impact of Power 

Demand on hPT Blade Creep life 


Wanis Mohamed, Pericles Pilidis, Stephen 

Ogaji, Cranfield University, Bedford, UK, 

Samir Eshati, Cranfield Univeristy, Bedfor, 

UK, Panagiotis Laskaridis, Abdulkarim Nasir, 

Cranfield University, Bedford, UK 

The effects of radially distorted incident flow 

on the performance of axial-flow fans with 

forward-skewed blades 


Bo Yang, Chuangang Gu, Shanghai Jiaotong 

University, Shanghai, China 

Design and Optimization of a high 

Temperature Water Cooled Probe for Gas 

Analysis Measurement on K11 Combustion 

Test Rig 


Vincent Plana, Jean Sébastien Vauthier, Cyril 

Casteloot, DGA - Aero-engine Testing, Orsay, 

France 

Effect of variable Guide vanes and Natural 

Gas hybridization for Accommodating 

Fluctuations in Solar Input to a Gas Turbine 


Kyle Kitzmiller, Fletcher Miller, San Diego 

State University, San Diego, CA, USA 

Effects of Rotating Stall on an Axial Fan Design 


Kyle Wilt, Rensselaer Polytechnic Institute, 

Troy, NY, USA, D. Story, General Electric 

Company, Schenectady, NY, USA, Henry A. 

Scarton, Rensselaer Polytechnic Institute, 

Troy, NY, USA, A.I.C. Hunter, Atlas Copco, 

Voorheesville, NY, USA, S.A. Salamah, 

S. Ramtahal, General Electric Company, 

Schenectady, NY, USA 

high Frequency Pressure Measurements 

With An Uncooled Fast Insertion Probe At 

Turbine Exit In A Turbojet Engine 


Roderick Lubbock, martin oldfield, University 

of Oxford, Oxford, Oxon, UK 

Development of GUI type On-line Condition 

Monitoring Program for A Turboprop Engine 

Using labvIEW® 


Changduk Kong, Keonwoo Kim, Chosun 

University, Gwangju, Korea (Republic), Jihyun 

Kim, Agency for defense development, 

Daejeon,Korea (Republic) 

The Impact of an Anti-Stall Stabilisation Ring 

on Industrial Fan Performance: Implications 

for Fan Selection 


Geoff Sheard, Flakt Woods, Colchester, UK, 

Alessandro Corsini, Sapienza University of 

Rome, Rome, Italy 

A high Temperature high Bandwidth 

Fast Response Total Pressure Probe for 

Measurements in a Multistage Axial 

Compressor 


Jean Francois Brouckaert, Mehmet 

Mersinligil, von Karman Institute for Fluid 

Dynamics, Rhode-Saint-Genese, Belgium, 

Nicolas Courtiade, Ecole Centrale de Lyon, 

Lyon, France, Xavier Ottavy, Ecole Centrale de 

Lyon, Ecully, France (Metro) 

On-line Compressor Cascade Washing For 

Gas Turbine Performance Investigation 


Uyioghosa Igie, Cranfield University, 

Bedfordshire, UK, Pericles Pilidis, Dimitrios 

Fouflias, Cranfield University, Bedford, UK, 

Ken Ramsden, Cranfield University, Cranfield, 

Uk, Paul Lambart, R-MC Power Recovery Ltd, 

Lincolnshire, UK 

COMMITTEE: Fans & Blowers • Paper Session Room 111/112 • TA-9-1 

OFF-DESIGN PERFORMANCE OF FANS & BlOWERS 

Session Chair: Stefano Bianchi, Sapienza - Rome University, Roma, Italy • Session Co-Chair: Roberto Arias Alvarez, Zitron, S.A., Gijon, Asturias, Spain 

R 

Predicting Blade leading Edge Erosion in an 

Axial Induced Draft Fan 


Alessandro Corsini, Andrea Marchegiani, 

Franco Rispoli, Paolo Venturini, Sapienza 

University of Rome, Rome, Italy, Geoff Sheard, 

Flakt Woods, Colchester, UK


54 


8:00 8:30 9:00 9:30 

COMMITTEE: Heat Transfer: General Interest • Paper Session Room 222 • TA-10-2 

IMPINGEMENT COOlING - II 

Session Chair: T.-M. liou, National Tsing Hua University, Dept. of PME, Hsinchu, Taiwan • Session Co-Chair: vernon Eriksen, Nooter/Eriksen Inc., Napa, CA, USA 

heat Transfer in a Channel under the Effects of 

a Shallow-angle Jet Impingement and a Rib 


Lei Wang, Bengt Sunden, Lund University, 

Lund, Sweden, Andreas Borg, Hans 

Abrahamsson, Volvo Aero Corporation, 

Trollhättan, Sweden 

COMMITTEE: Heat Transfer: Film Cooling • Paper Session Room 109 • TA-11-4 

TIP & TRAIlING EDGE FIlM COOlING 

Session Chair: Fred Soechting, Fred Soechting, LLC, Tequesta, FL, USA • Session Co-Chair: Sundar Narayan, CPS, Fountain Hills, AZ, USA 

Film-Cooled Trailing Edge Measurements: 

3D velocity and Scalar Field 


Michael Benson, Stanford University/U.S. 

Military Academy, Mountain View, CA, USA, 

Gregory Laskowski, GE Global Research, 

Niskayuna, NY, USA, Chris Elkins, John Eaton, 

Stanford University, Stanford, CA, USA 

Gas Turbine Failure Due to Water Wash and 

Extraction line Blockage 


Abdulmajeed Ali, Saudi Aramco, Yanbu, West 

region,Saudi Arabia 

Effects of Surface Geometry on Film Cooling 

Performance at Airfoil Trailing Edge 


Akira Murata, Satomi Nishida, Hiroshi 

Saito, Kaoru Iwamoto, Tokyo University of 

Agriculture and Technology, Koganei, Tokyo, 

Tokyo, Japan, Yoji Okita, Chiyuki Nakamata, 

IHI Corporation, Tokyo, Japan 

Strategy for Selecting Optimised 

Technologies for Gas Turbine Air Inlet 

Filtration Systems 


Stephen Hiner, GE Energy, Alton, Hants, UK 

Influence Of Different Rim Widths On 

leakage Flow 


Jin Wang, Min Zeng, Qiuwang Wang, Xi’an 


Assessment of Gas Turbine and Combined 

Cycle Power Plant Performance Degradation 


Nina Hepperle, Dirk Therkorn, Ernst Schneider, 

Alstom Power, Baden, Switzerland, Stephan 

Staudacher, Institute of Aircraft Propulsion 

Systems, Stuttgart University, Stuttgart, Germany 

Pressure Side And Cutback Trailing Edge Film 

Cooling In A linear Nozzle vane Cascade At 

Different Mach Numbers 


Giovanna Barigozzi, Antonio Perdichizzi, 

Silvia Ravelli, Università di Bergamo, 

Dalmine, Italy 

COMMITTEE: Industrial & Cogeneration • Paper Session Room 205 • TA-15-1 

OPERATIONS & MAINTENANCE - GT SySTEMS 

Session Chair: Carlos Koeneke, Mitsubishi Power Systems Americas, Lake Mary, FL, USA • Session Co-Chair: Rakesh Bhargava, Foster Wheeler USA Corp., Houston, TX, USA 

historical Perspective on Component Repair 

Technology 

Joe Liburdi, Liburdi Turbine Services, Dundas, 

ON, Canada 

Numerical Study On Flow And heat Transfer 

Characteristics Of Jet Impingement 


Xinjun Wang, Rui Liu, Xi’an Jiaotong 

University, Xi’an, China, Xiaowei Bai, Xi’an 

Jiaotong University, Xi an, China, jinling yao, 

Xian Jiaotong University, Xian, China 

historical Perspectives on Component Repair 

Technology - Part 2 


ON, Canada 

Flow Distribution and heat Transfer 

Coefficients inside Gas holes Discharging 

into an Orthogonal Crossflow 


Amir Eshtiaghi, LSU, Baton Rouge, LA, USA, 

Sumanta Acharya, Reinhard Schilp, Siemens, 

Orlando, GA, USA 

historical Perspectives on Turbine 

Component Repair Technology - Part 3 


ON, Canada 

Experimental/Numerical Cross-Over Jet 

Impingement in an Airfoil leading-Edge 

Cooling Channel 


Kariem Elebiary, Mohammad Taslim, 

Northeastern University, Boston, MA, USA 

Gas Turbine Inlet Filtration System life Cycle 

Cost Analysis 


Melissa Wilcox, Klaus Brun, Southwest 

Research Institute, San Antonio, TX, USA 

COMMITTEE: Manufacturing Materials & Metallurgy • Lecture Session Room 120 • TA-16-11 

hISTORICAl PERSPECTIvE ON REPAIR TEChNOlOGy 

Session Chair: Joseph Daleo, BWD Turbines Limited, Ancaster, ON, Canada • Session Co-Chair: Paul lowden, Liburdi Engineering Limited, Dundas, Canada 

R 

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Perspectives on Component Repair 

Technology - Part 4 


ON, Canada



8:00 8:30 9:00 9:30 

COMMITTEE: Marine • Paper Session Room 204 • TA-17-3 

AUxIlIARIES AND SUPPORT SySTEMS 

Session Chair: Jeffrey Patterson, Naval Surface Warfare Center - Carderock Division, Philadelphia, PA, USA • Session Co-Chair: Desiree Deshmukh, US Navy, Philadelphia, PA, USA 

Integrating A hybrid Electric Drive 

Propulsion System With The Existing DDG 51 

Class Machinery Control System 


Richard Halpin, Naval Surface Warfare 

Center, Ship Systems Engineering Station, 

Philadelphia, PA, USA, Frank Sapienza, 

NSWCCD-SSES, Philadelphia, PA, USA 

Magnetic Aerostatic hybrid Bearing for Mini- 

Type high-Speed Air Turbine Cartridge 


Shih-Chun Wang, Kuang-Yuh Huang, National 

Taiwan University, Taipei, Taiwan 

Development of Centrifugal Type Fuel Gas 

Compressor Package for FPSO 


Sangmyeong Lee, Samsung Techwin, 

Seongnam, Korea (Republic), Yeongsoo 

Hwang, SAMSUNGTECHWIN, SEONGNAM, 

Korea (Republic), Beaseog In, Samsung 

Techwin, Seongnam, Korea (Republic) 

vibration Control of a Turbo Molecular Pump 

Suspended by Active Magnetic Bearings 


Kai Zhang, Tsinghua University, Beijing, China, 

Jinping Dong, Xingjian Dai, Xiaozhang Zhang, 

Tsinghua Univ, Beijing, China 

Modeling and Control System Design of a 

Marine Condensing System 


Zhixin Sun, Jiangfeng Wang, Yiping Dai, Xi’an 

Jiaotong University, Xi’an, Shaanxi Province, 

China, Danmei Xie, Wuhan University, Wuhan, 

Hubei, China 

Geometry Optimization of Textured 3-D 

Micro- Thrust Bearings 


Christos I., Papadopoulos, National Technical 

University of Athens, Dept. of Naval Architecture 

& Marine Engineering, Athens, Greece, Eirini, 

E Efstathiou, National Technical University of 

Athens, Dept. of Naval Architecture & Marine 

engineering, Zografou, Greece, Pantelis G. 

Nikolakopoulos, Machine Design Laboratory, 

Department of Mechanical Engineering & 

Aeronautics, Patras, Greece, Lambros Kaiktsis, 

National Technical University of Athens, Dept. 

of Naval Architecture & Marine engineering, 

Zografou, Greece 

New locking Arrangement For Radial Entry 

Turbine Blades 


Samuel Golinkin, Michael J. Lipski, John S. 

Loudon, Gennaro J. DiOrio, Timothy Ewer, 

Siemens Demag Delaval Turbomachinery, 

Inc., Hamilton, NJ, USA 

COMMITTEE: Microturbines & Small Turbomachinery • Paper Session Room 214 • TA-18-3 

ROTORDyNAMICS & BEARINGS 

Session Chair: Dan lubell, Capstone Turbine Corporation, Chatsworth, CA, USA • Session Co-Chair: Keun Ryu, BorgWarner Turbo Systems, Arden, NC, USA 

Innovative Starting Procedure Of Siemens 

Sgt-600 In Cold Climate Conditions 


Mats Blomstedt, Siemens, Finspong, Sweden, 

Hakan Lindgren, Hans-Lennart Olausson, 

Siemens Industrial Turbomachinery, Finspong, 

Sweden, Johan Moverare, Siemens Industrial 

Turbo Machiney, Finspong, Sweden 

Combustion hardware Extendor Kit Iii 

Enhancement Kit For Ms5002c & D heavy 

Duty Gas Turbine For Oil & Gas Applications 


Eugenio Del Puglia, Michele Provenzale, 

Filippo Cappuccini, Gianni Ceccherini, 

Francesco Mastromatteo, David Bianucci, GE 

Oil & Gas, Florence, Italy 

Optimization of Power Train Involving Gas 

Turbine Driven Compressors and Aerial 

Coolers 


Kamal Botros, NOVA Chemicals Corporation, 

Calgary, AB, Canada, Andrew Hawryluk, 

NOVA Chemicals, Calgary, AB, Canada, 

Hossein Golshan, Brian Sloof, TransCanada 

Pipelines, Calgary, AB, Canada 

Study on Compensatory Magnitude of 

Axial Misalignment for Flexible Couplings 

Assembled by Interference Fit 


Guoping Wang, Hualing Chen, Shemiao Qi, 

Jiuhui Wu, Lie Yu, Xi’an Jiaotong University, 

Xi’an, Shaanxi, China 

COMMITTEE: Oil & Gas Applications • Paper Session Room 207 • TA-19-1 

OPERATION AND MANAGEMENT 

Session Chair: Thom Eldridge, Qatargas, Doha, Qatar • Session Co-Chair: Klaus Brun, Southwest Research Institute, San Antonio, TX, USA 

R 

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56 


8:00 8:30 9:00 9:30 

COMMITTEE: Oil & Gas Applications • Tutorial Session Room 210 • TA-19-13 

TEChNO-ECONOMIC RISK ASSESSMENT FOR ThE ENERGy SECTOR 

Session Chair and Instructor: George Orme 

COMMITTEE: Structures & Dynamics: Probabilistic Methods • Paper Session Room 217/218 • TA-23-2 

PROBABIlISTIC METhODS IN DESIGN, ANAlySIS AND MANUFACTURING 

Session Chair: Andrew Milliken, Pratt & Whitney, East Hartford, USA • Session Co-Chair: Michael Enright, Southwest Research Institute, San Antonio, USA 

Impact Of Manufacturing variability And 

Non—Axisymmetry On high—Pressure 

Compressor Stage Performance 


Alexander Lange, Matthias Voigt, Konrad 

Vogeler, Technische Universität Dresden, 

Dresden, Germany, Henner Schrapp, Erik 

Johann, Rolls-Royce Deutschland Ltd & Co 

KG, Blankenfelde-Mahlow, Germany, Volker 

Gümmer, Rolls-Royce Deutschland Ltd, 

Blankenfelde-Mahlow, Germany 

Measured Static and Rotordynamic 

Coefficient Results for a Rocker-Pivot pad TP 

bearing with 50 and 60% Offsets 


Dara Childs, Chris Kulhanek, Turbomachinery 

laboratory, College Station, TX, USA 

Characterization Of As Manufactured 

variability In Cvi Sic/Sic Woven Composites 


Peter Bonacuse, NASA, Brook Park, USA, 

Subodh Mital, The University of Toledo, 

Toledo, OH, USA, Robert Goldberg, NASA 

Glenn Research Center, Brook Park, OH, USA 

Parametric Study of Bump Foil Gas Bearings 

for Industrial Applications 


Oscar De Santiago, CIATEQ A.C., Queretaro, 

Queretaro, Mexico, Luis San Andres, Texas 

A&M University, College Station, TX, USA 

Challenges in Uncertainty, Calibration, 

validation and Predictability of Engineering 

Analysis Models 


Liping Wang, GE Global Research, 

Schenectady, NY, USA, Don Beeson, GE 

Aviation, Cincinnati, OH, USA, Arun K. 

Subramaniyan, Xingjie Fang, GE Global 

Research, Niskayuna, NY, USA, Martha 

Gardner, Amit Kale, Srikanth Akkaram, GE 

Global Research, Schenectady, NY, USA, 

Gene Wiggs, John Nelson, GE Aviation, 

Cincinnati, OH, USA, Giridhar Jothiprasad, GE 

Global Research, Schenectady, NY, USA 

Stability of Centrifugal Compressors by 

Applications of Damper Seals 


Edmund Memmott, Dresser-Rand, Olean, NY, 

USA 

A Comparative Study On Accuracy And 

Efficiency Of Metamodels For large Industrial 

Datasets 


Arun K. Subramaniyan, GE Global Research, 

Niskayuna, NY, USA, Liping Wang, GE Global 

Research, Schenectady, NY, USA, Don 

Beeson, John Nelson, Richard Berg, Randal 

Cepress, GE Aviation, Cincinnati, OH, USA 

COMMITTEE: Structures & Dynamics: Rotordynamics • Paper Session Room 212 • TA-24-5 

BEARING AND SEAl INFlUENCES I 

Session Chair: Eric Maslen, James Madison University, Harrisonburg, VA, USA • Session Co-Chair: Andrew Provenza, NASA Glenn Research Center, Cleveland, OH, USA 

R 

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Numerical And Experimental Researches On 

Periodic Solution Stability Of Inclined Rotor 

Journal Bearing System 


Dashuai Qian, Zhansheng Liu, Jiajia Yan, 

Liquan Sun, Wang Yongliang, Harbin Institute 

of Technology, Harbin, China



8:00 8:30 9:00 9:30 

COMMITTEE: Structures & Dynamics: Aerodynamic Excitation & Damping (with Turbomachinery) • Paper Session Room 215/216 • TA-28-2 

TURBOMAChINE AERODyNAMIC INTERACTION AND FORCED RESPONSE II 

Session Chair: John Clark, U.S. Air Force Research Laboratory, WPAFB, OH, USA • Session Co-Chair: Stephen Clark, Duke University, Durham, NC, USA 

Multi-Blade Row Interactions in a low 

Pressure Ratio Centrifugal Compressor Stage 

with a vaned Diffuser 


Kishore Ramakrishnan, Simon, K. Richards, 

GE Global Research Center, Niskayuna, NY, 

USA, Francois Moyroud, GE Oil & Gas, Le 

Creusot, France, Vittorio Michelassi, GE Oil & 

Gas, Florence, Italy 

Inverse Fin Arrangement in a low Pressure 

Turbine to Improve the Interaction between 

Shroud leakage Flows and Main Flow 


Inga Mahle, Roman Schmierer, MTU Aero 

Engines GmbH, Muenchen, Germany 

Experimental Investigation of Forced 

Response Impeller Blade vibration in a 

Centrifugal Compressor with variable Inlet 

Guide vanes Part 1: Blade Damping 


Armin Zemp, Laboratory for Energy 

Conversion, ETH Zurich, Zurich, Switzerland, 

Beat Ribi, MAN Diesel & Turbo Schweiz 

AG, Zurich, Switzerland, Reza S. Abhari, 

Laboratory for Energy Conversion Department 

of Mechanical and Process Engineering ETH 

Zurich, Zurich, Switzerland 

A Numerical Investigation of Moment 

Coefficient and Flow Structure in a Rotor- 

Stator Cavity With Rotor Mounted Bolts 


Elham Roshani Moghaddam, Daniel Coren, 

Christopher Long, Abdulnaser I. Sayma, 

University of Sussex, Brighton, UK 

Experimental Investigation of Forced Response 

Impeller Blade vibration in a Centrifugal 

Compressor with variable Inlet Guide vanes 

Part 2: Forcing Function and FSI Computations 


Armin Zemp, Laboratory for Energy 


Matthias Schleer, ABB Turbo Systems 

Ltd, Baden, Switzerland, Reza S. Abhari, 




Investigation of The Influence of Different 

Rim Seal Geometries in a low-Pressure 

Turbine 


Pascal Schuler, Karlsruher Institut für 

Technologie, Karlsruhe, Baden-Württemberg, 

Germany, Klaus Dullenkopf, Karlsruher 

Institut für Technologie (KIT), Karlsruhe, 

Germany, Hans Joerg Bauer, Karlsruhe 

Institut of Technology (KIT), Karlsruhe, Baden- 


Minimizing Pressure Pulsations in A 

Centrifugal Compressor 


Zheji Liu, Mark Kuzdzal, Dresser-Rand.com, 

Olean, NY, USA 

COMMITTEE: Turbomachinery: Axial Turbine Aerodynamics • Paper Session Room 211 • TA-30-3 

TURBINE RIM SEAl, CAvITIES & PURGE 

Session Chair: Graham Pullan, University of Cambridge, Cambridge, UK • Session Co-Chair: Michael Benner, National Research Council of Canada, Ottawa, ON, Canada 

Efficient Gradient-Based Algorithms for the 

Construction of Pareto Fronts 


Sriram Shankaran, Brian Barr, General 

Electric Global Research Center, Niskayuna, 

NY, USA 

Development Of An Optimization Design 

Method For Turbomachinery By Incorporating 

The Cooperative Coevolution Genetic 

Algorithm And Adaptive Approximate Model 


Peng Song, Jinju Sun, Ke Wang, Zhilong He, 

School Of Energy And Power Engineering, Xi’an 

Jiaotong University, Xi’an, Shaan Xi, China 

Genetic Algorithm For Gas Turbine Blading 

Design 


Cleopatra Florentina Cuciumita, Valeriu 

Alexandru Vilag, Valentin Silivestru, Ionut 

Porumbel, COMOTI National Research & 

Development Institute for Gas Turbines, 

Bucharest, Romania 

A low Pressure Turbine With Profiled End 

Walls And Purge Flow Operating With A 

Pressure Side Bubble 


Philipp Jenny, Swiss Federal Inst of Technology, 

Zürich, Switzerland, Reza S. Abhari, Laboratory 

for Energy Conversion Department of 

Mechanical and Process Engineering ETH 

Zurich, Zurich, Switzerland, Martin Rose, 

Institute of Aircraft Propulsion Systems, 

University of Stuttgart, Stuttgart, Waldenbuch, 

Germany, Markus Brettschneider, MTU Aero 

Engines, Munich, Germany, Jochen Gier, MTU 

Aero Engines, Muenchen, Germany 

COMMITTEE: Turbomachinery: Design Methods & CFD Modeling For Turbomachinery • Paper Session Room 220 • TA-31-7 

OPTIMIzATION 1 - METhODS & DESIGN 

Session Chair: Kwang-yong Kim, Inha University, Incheon, Korea (Republic) • Session Co-Chair: Ralf D Baier, MTU Aero Engines, Munich, Germany 

Two and Three-Dimensional Prescribed Surface 

Curvature Distribution Blade Design (CIRClE) 

Method for the Design of high Efficiency 

Turbines, Compressors, and Isolated Airfoils 


Theodosios Korakianitis, Idres Hamakhan, M. 

Amin Rezaienia, Andrew P.S. Wheeler, Queen 

Mary, University of London, London, UK


58 


8:00 8:30 9:00 9:30 

COMMITTEE: Turbomachinery: Steam Turbines • Paper Session Room 224 • TA-32-3 

STEAM TURBINE WETNESS EFFECTS 

Session Chair: Tadashi Tanuma, Teikyo University, Tokyo, Japan • Session Co-Chair: Naoki Shibukawa, Toshiba Corporation, Yokohama, Japan 

Unsteady Wetness Effects in lP Steam 

Turbines 


Kane D. Chandler, Alexander J. White, John 

B. Young, Cambridge University Engineering 

Department, Cambridge, Cambridgeshire, UK 

A Numerical Investigation of Rotating 

Instability in Steam Turbine last Stage 


Luying Zhang, Li He, University of Oxford, 

Oxford, UK, Heinrich Stueer, Siemens AG, 

Mülheim a.d. Ruhr, Germany 

Modelling and validation of Wet Steam Flow 

in a low Pressure Steam Turbine 


Jörg Starzmann, Markus Schatz, Michael 

Casey, J. F. Mayer, Universität Stuttgart, 

Stuttgart, Germany, Frank Sieverding, 

Siemens AG, Mülheim an der Ruhr, Germany 

Transition Mechanisms In laminar Separated 

Flow Under Simulated low Pressure Turbine 

Aerofoil Conditions 


Jerrit Dähnert, Technical University of Berlin, 

Berlin, Berlin, Germany, Christoph Lyko, 

Technical University of Berlin, Department 

of Aeronautics and Astronautics, Berlin, 

Germany, Dieter Peitsch, Technical University 

of Berlin, Berlin, Germany 

Preventing Standstill Corrosion on lP 

Turbines through Optimized Shutdown 

Procedures 


Frank Udo Leidich, Markus Theobald, Alstom 

Power Systems GmbH, Mannheim, Germany 

COMMITTEE: Turbomachinery: Unsteady Flows in Turbomachinery • Paper Session Room 202/203 • TA-34-5 

TRANSITION AND SEPARATION 

Session Chair: Brian holley, United Technologies Research Center, East Hartford, CT, USA • Session Co-Chair: Daniel Sabatino, Lafayette College, Easton, PA, USA 

On the Parallelization of a harmonic Balance 

Compressible Navier-Stokes Solver for Wind 

Turbine Aerodynamics 


Michele Sergio Campobasso, Mohammad 

H. Baba-Ahmadi, School of Engineering, 

Glasgow University, Glasgow, UK, Adrian 

Jackson, Edinburgh University, Edinburgh, UK 

Aero-Structural Analysis of Wind Turbine 

Blades with Sweep and Winglets - Coupling 

a vortex line Method to ADAMS/AeroDyn 


Mark E. Braaten, Arathi Gopinath, GE Global 

Research, Niskayuna, NY, USA 

Application of RANS and lES to the 

Prediction of Flows in high Pressure Turbines 

Components 


Nicolas GOURDAIN, Laurent GICQUEL, 

CERFACS, TOULOUSE, France (Metro), Elena 

COLLADO, Remy FRANSEN, TURBOMECA, 

BORDES, France (Metro), Tony Arts, Von 

Karman Institute for Fluid Dynamics, Rhode- 

St-Genese, Belgium 

Aerodynamic Improvements of Wind-Turbine 

Airfoil Geometries With the Prescribed 

Surface Curvature Distribution Blade Design 

(CIRClE) Method 


Theodosios Korakianitis, Queen Mary 

University of London, London E1 4NS, UK, M. 

Amin Rezaienia, Idres Hamakhan, Queen 

Mary University of London, London, UK, E. 

Avital, Queen Mary, University of London, 

London, UK, J Williams, Queen Mary, 

University of London, London, UK 

Actuated Transition in an lP Turbine laminar 

Separation: an Experimental Approach 


Jenny Baumann, Institute of Aircraft Propulsion 

Systems, Universitaet Stuttgart, Stuttgart, 

Germany, Martin Rose, Institute of Aircraft 

Propulsion Systems, University of Stuttgart, 

Stuttgart, Waldenbuch, Germany, Tobias 

Ries, Institute of Aircraft Propulsion Systems, 

Universitaet Stuttgart, Stuttgart, Germany, 

Ulrich Rist, Institute of Aerodynamics and 

Gas Dynamics, Universität Stuttgart, Stuttgart, 

Germany, Stephan Staudacher, Institute 

of Aircraft Propulsion Systems, University 

Stuttgart, Stuttgart, Germany 

COMMITTEE: Wind Turbine Technology • Paper Session Room 213 • TA-37-2 

AERO/STRUCTURAl MODElS AND DESIGN 

Session Chair: Ndaona Chokani, ETH Zurich, Zurich, Switzerland • Session Co-Chair: vince Capece, University of Kentucky, Paducah, KY, USA 

Analysis of Unsteady Flows past horizontal 

Axis Wind Turbine Airfoils Based on 

harmonic Balance Compressible Navier- 

Stokes Equations with low-Speed 

Preconditioning 


Michele Sergio Campobasso, Mohammad 

H. Baba-Ahmadi, School of Engineering, 

Glasgow University, Glasgow, UK


TUESDAY, JUNE 7: 10:15 a.m. - 12:15 p.m. 

10:15 10:45 11:15 11:45 

COMMITTEE: Aircraft Engine • Paper Session Room 118 • TB-1-7 

nEw EnGInE COnCEPTS 

Session Chair: Ken van Treuren, Baylor University, Waco, TX, USA • Session Co-Chair: Darius Sanders, Air Force Research Lab, WPAFB, OH, USA 

Ultra high bypass ratio engine sizing 

and cycle selection study for a subsonic 

commercial aircraft in the n+2 timeframe 


Brian K Kestner, Jeff S. Schutte, Dimitri N. 

Mavris, Jonathan C. Gladin, Georgia Institute 

of Technology, Atlanta, GA, USA 

COMMITTEE: Ceramics • Paper Session Room 120 • TB-2-3 

CERAMIC COMPOnEnT DEvELOPMEnT & DEMOnSTRATIOnS 

Session Chair: David Brewer, National Aeronautics and Space Administration, Hampton, VA, USA • Session Co-Chair: Sung Choi, Naval Air Systems Command, Patuxent River, MD, USA 

Improvement Of Oxide/Oxide CMC And 

Development Of Combustor And Turbine 

Components In The HiPOC Program 


Miklos Gerendas, Yannick Cadoret, Rolls- 

Royce Deutschland Ltd & Co KG, Blankenfelde- 

Mahlow, Germany, Christian Wilhelmi, Thays 

Machry, EADS Deutschland GmbH, Munich, 

Germany, Ralf Knoche, ASTRIUM GmbH, 

Bremen, Germany, Thomas Behrendt, Thomas 

Aumeier, Juergen Goering, German Aerospace 

Center (DLR), Cologne, Germany, Sandrine 

Denis, German Aerospace Center (DLR), 

Stuttgart, Germany, Dietmar Koch, Kamen 

Tushtev, Advanced Ceramics, Bremen, Germany 

Biomass Utilization In Dual Combustion Gas 

Turbines For Distributed Power Generation In 

Mediterranean Countries 


Sergio Mario Camporeale, Polytechnic 

University of Bari, Bari, Italy, Bernardo 

Fortunato, Politecnico di Bari, Bari, Italy, 

Antonio Marco Pantaleo, Università di Bari, 

Bari, Italy, Domenico Sciacovelli, Politecnico 

di Bari, Bari, Italy 

Conceptual Design And Mission Analysis 

For A Geared Turbofan And An Open Rotor 

Configuration 


Linda Larsson, Volvo Aero Corporation, 

Trollhättan, Sweden, Tomas Grönstedt, 

Konstantinos G. Kyprianidis, Chalmers 

University, Gothenburg, Sweden 

Engine Design Strategies to Maximize 

Ceramic Turbine Life and Reliability 


Michael Vick, U.S. Naval Research Lab, 

Washington, DC, USA, Dr. Osama M. Jadaan, 

University of Wisconsin-Platteville, Platteville, 

WI, USA, Andrew Wereszczak, Oak Ridge 

National Laboratory, Knoxville, TN, USA, Sung 

Choi, Naval Air Systems Command, Patuxent 

River, MD, USA, Andrew L Heyes, Imperial 

College London, London, UK, Keith R. Pullen, 

City University London, London, UK 

COMMITTEE: Coal, Biomass & Alternative Fuels • Paper Session Room 121 • TB-3-3 

ALTERnATE FUEL APPLICATIOnS 

Session Chair: Simone Colantoni, GE Oil&Gas, Firenze, Italy • Session Co-Chair: Paolo Del Turco, GE Oil & Gas, Firenze, Italy 

validation of an Infrared Extinction Method 

for Fuel vapor Concentration Measurements 

towards the Systematic Comparison between 

Alternative and Conventional Fuels for Aviation 


Johannes Fritzer, Technical University Graz, 

Graz, Styria, Austria, Alain Strzelecki, Onera 

Centre de Toulouse, Toulouse, France, Fabrice 

Giuliani, Graz University of Technology, 

Graz,Austria, Virginel Bodoc, Onera Centre de 

Toulouse, Toulouse, France 

Performance Comparison of Aero-Engine Thrust 

Augmentors Stabilized by Bluff Body Flame 

Holders and a Flame-Holder-Less Concept 


Armin Tammer, University of Stuttgart, Stuttgart, 

Baden-Würrtemberg, Germany, John T. Cutright, 

Yedidia Neumeier, Ben T. Zinn Combustion 

Laboratory, Georgia Institute of Technology, 

Atlanta, GA, USA, Ben T. Zinn, Georgia Institute 


Drop Size And velocity Measurements In Bio- 

Oil Sprays Produced By The Flow-Blurring 

Injector 


Benjamin Simmons, ajay agrawal, University 

of Alabama, Tuscaloosa, AL, USA 

Technology Evolution of Turbofan Engines 

based on Patent Analysis, a new Sight to 

Technology Opportunities 


Vahid Shamekhi, Karim Mazaheri, Center 

of Excellence of Aerospace Systems, Sharif 

University of Technology, Tehran, Iran, Mina 

Ali, Lund University, Lund, Sweden, Abdollah 

Kokabi, Atinegaar Think Tank, Tehran, Iran 

R


60 


10:15 10:45 11:15 11:45 

COMMITTEE: Combustion, Fuels & Emissions • Paper Session Room 116/117 • TB-4-26 

FUEL InJECTIOn, MIxInG & vAPORIzATIOn II 

Session Chair: Priyank Saxena, Solar Turbines Inc. (Caterpillar), San Diego, CA, USA • Session Co-Chair: Shiva Srinivasan, GE Energy, Greenville, SC, USA 

Combined Experimental - numerical 

Approach for the Fuel Jet study in a LPP 



Raffaele TUCCILLO, Maria Cristina Cameretti, 

Di.M.E., Università di Napoli Federico 

II, NAPOLI, Italy, Amedeo Amoresano, 

Dipartimento di Meccanica ed Energetica, 

Università di Napoli “Federico II”, NAPOLI, Italy 

Combustion of natural Gas, Hydrogen and 

Biofuels at Ultra wet Conditions 


Sebastian Göke, Steffen Terhaar, TU Berlin, 

Berlin, Germany, Sebastian Schimek, tuberlin, 

Berlin, Berlin, Germany, Katharina 

Goeckeler, TU Berlin, Berlin, Germany, Oliver 

Paschereit, H.F.I TU Berlin, Berlin, Germany 

Statistical Evaluation of CFD Predictions of 

Measured Mixing Properties of Hydrogen and 

Methane for Lean Premixed Combustion 


Amin Akbari, Scott Hill, Vince McDonell, 

Scott Samuelsen, University of California, 

Irvine, CA, USA 

Ultra-Low Emission Hydrogen/Syngas 

Combustion with A 1.3 Mw Injector Using A 

Micro-Mixing Lean-Premix System 


Brian Hollon, Parker Hannifin, Moncks 

Corner, SC, USA, Erlendur Steinthorsson, Adel 

Mansour, Parker Hannifin, Mentor, OH, USA, 

Vince McDonell, UCI Combustion Laboratory, 

Irvine, CA, USA, Howard Lee, University of 

California-Irvine, Irvine, CA, USA 

Detailed Characterisation Of A Swirled 

Air/kerosene Spray In Reactive And non 

Reactive Conditions Downstream From An 

Actual Turbojet Injection System 


Renaud Lecourt, ONERA, MAUZAC, France, 

Guillaume Linassier, Gerard Lavergne, 

ONERA, Toulouse, France 

Experimental Investigation of the 4th 

Generation DLE Burner Concept: Emissions 

and Fuel Flexibility Performance at 

Atmospheric Conditions 


Arturo Manrique Carrera, Mats Andersson, 

Henrik Naesvall, Siemens Industrial 

Turbomachinery AB, Finspong, Sweden 

Computational Study on the Effect of Local 

Expansion and Contraction upon Surface 

Deposition in a Heated Fuel Injector 


Ehsan Alborzi, Renato Piazzola, Chris W 

Wilson, The University of Sheffield, Sheffield, 

476, UK 

COMMITTEE: Combustion, Fuels & Emissions • Paper Session Room 110 • TB-4-28 

HIGH HyDROGEn COMBUSTIOn I 

Session Chair: Federico Bonzani, Ansaldo Energia, Genoa, Italy 

Improvement on Ignition Performance for a 

Lean Staged Low nOx Combustor 


Masayoshi Kobayashi, Ryusuke Matsuyama, 

Takeo Oda, Atsushi Horikawa, Hideki 

Ogata, Yasuhiro Kinoshita, Kawasaki Heavy 

Industries.Ltd GTBC, Akashi shi, Japan, 

Hitoshi Fujiwara, JAXA, Tokyo, Japan 

Experimental Investigation on Ignition 

Performance of LESS Combustor 


Zhenbo Fu, School of Jet Propulsion, Beijing 

Univ. of Aeronautics and Astronautics, 

Beijing, China, Jibao Li, AVIC Commercial 

Aircraft Engine Co., Ltd, Shanghai, China, 

Yuzhen Lin, School of Jet Propulsion, Beijing 

Univ. of Aeronautics and Astronautics, 

Beijing, Beijing, China, Chih-Jen Sung, 

Department of Mechanical Engineering, 

University of Connecticut, Storrs, CT, USA 

Characteristics of an Ultra-Lean Swirl 

Combustor Flow by LES and Comparison to 

Measurements 


Matthias Kern, Svetoslav Marinov, Peter 

Habisreuther, Nikolaos Zarzalis, Karlsruhe 

Institut of Technology, Karlsruhe, Germany, 

Antonio Peschiulli, AVIO S.p.A., Rivalta di 

Torino, Italy, Fabio Turrini, AVIO S.p.A., Torino, 

Italy 

Testing of a Hydrogen Dilute Diffusion Array 

Injector at Gas Turbine Conditions 


Nathan Weiland, NETL, Pittsburgh, PA, 

USA, Todd Sidwell, Peter Strakey, NETL, 

Morgantown, WV, USA 

COMMITTEE: Combustion, Fuels & Emissions • Paper Session Room 114/115 • TB-4-39 

COMBUSTOR DIAGnOSTICS, DESIGn AnD DEvELOPMEnT II 

Session Chair: Peter Stuttaford, Power Systems Manufacturing (PSM), Jupiter, FL, USA • Session Co-Chair: Gang xu 

“E-Class DLn Technology Advancements, 

DLn1” 


Larry L. Thomas, GE Energy, Greenville, SC, 

USA, Carey E. Romoser, Derrick W. Simons, 

GE, Greenville, SC, USA, Joseph V. Citeno, 

General Electric, Greenville, SC, USA, Pedrag 

Popovic, Daniel D. Vandale, GE, Greenville, 

SC, USA



10:15 10:45 11:15 11:45 

COMMITTEE: Controls, Diagnostics & Instrumentation • Paper Session Room 212 • TB-5-4 

GAS PATH DIAGnOSTICS I 

Session Chair: Igor Loboda, National Polytechnic Institute, School of Mechanical and Electrical Engineering, Mexico City, Federal District, Mexico 

Constrained Sparse Estimation for Improved 

Fault Isolation 


Sebastien Borguet, University of Liege, Liege, 

Belgium, Olivier Léonard, University of Liège, 

liège, liège, Belgium 

The Use of MathCAD Functions in Teaching 

an Undergraduate Aerospace Propulsion 

Course 


Kevin H. Macfarlan, John Brown University, 

Siloam Springs, AR, USA, Stephen T. McClain, 

Baylor University, Waco, TX, USA 

Model-Based Data Reconciliation And Bias 

Detection For Heavy-Duty Industrial Gas 

Turbines Performance Diagnosis 


TsungPo Lin, General Electric, Atlanta, GA, 

USA, Eduardo Mendoza, GE Energy, Atlanta, 

GA, USA, Brian Kestner, Georgia Institute of 

Technology, ASDL, Atlanta, GA, USA 

Design and Implementation of Problem- 

Based Learning in a Graduate Engineering 

Course 


Ahti Jaatinen, Teemu Turunen-Saaresti, 

Jari Backman, Lappeenranta University of 

Technology, Lappeenranta, Finland 

Application of an Optimal Tuner Selection 

Approach for On-Board Self-Tuning Engine 

Models 


Donald L. Simon, NASA Glenn Research 

Center, Cleveland, OH, USA, Jeffrey B. 

Armstrong, ASRC Aerospace Corporation, 

Cleveland, OH, USA, Sanjay Garg, NASA 

Glenn Research Center, Cleveland, OH, USA 

COMMITTEE: Education • Paper Session Room 204 • TB-7-1 

DESIGn APPLICATIOnS I 

Session Chair: Balkrishna S. Annigeri, United Technologies Pratt & Whitney, East Hartford, CT, USA • Session Co-Chair: Mark Turner 

Development of Key Technologies for the 

next Generation High Temperature Gas 

Turbine 


Eisaku Ito, Keizo Tsukagoshi, Junichiro 

Masada, Ikuo Okada, MHI, Takasago, Japan 

F-Class DLn Technology Advancements: 

DLn2.6+ 


Krishna K. Venkataraman, Skigh Lewis, 

Jayaprakash Natarajan, Stephen R. Thomas, 

Joseph V. Citeno, General Electric, Greenville, 

SC, USA 

Integrating Systems Engineering into the 

USAF Academy Capstone Gas Turbine Engine 

Course 


AJ Rolling, Aaron Byerley, Charles 

Wisniewski, USAFA, USAFA, CO, USA 

COMMITTEE: Electric Power • Paper Session Room 211 • TB-8-1 

GAS TURBInE TECHnOLOGy 

Session Chair: william Day, Longview Energy Associates, LLC, Kensington, CA, USA • Session Co-Chair: Bill Rowen, The Turbine Engineering Consultancy, P.C., Schenectady, NY, USA 

The approach to the Development of the next 

Generation Gas Turbine and History of Tohoku 

Electric Power Company Combined Cycle 

Power Plants 


Yoshiaki Nishimura, Tohoku Electric Power 

Co., Inc., Sendai, Japan, Sadahiro Ohno, 

Tohoku Electlic Power Co.,Inc., Sendai, Japan, 

Shinya Ishikawa, Tohoku Electric Power 

Co.,Inc, Miyagi, Japan, Junichiro Masada, 

MHI, Takasago, Japan, Kazumasa Takata, 

Mitsubishi Heavy Industries,ltd, Tsakasago, 

Japan 

R 

Operating experience on advanced 

technology AE64.3A Gas Turbine 


andrea silingardi, Federico Bonzani, Ansaldo 

Energia, Genoa, Italy, Laura Traversone, Luigi 

Di Pasquale, Ansaldo Energia, Genova, Italy


62 


10:15 10:45 11:15 11:45 

COMMITTEE: Heat Transfer: General Interest • Paper Session Room 222 • TB-10-3 

BEnDS & COnJUGATE STUDIES 

Session Chair: Ryo Amano, University of Wisconsin-Milwaukee, Milwaukee, WI, USA • Session Co-Chair: Ting wang, University of New Orleans, New Orleans, LA, USA 

Optimization of a U-bend for Minimal 

Pressure Loss in Internal Cooling Channels. 

Part I numerical Method 


Tom Verstraete, von Karman Institute for Fluid 

Dynamics, Rhode Saint Genese, Belgium, 

Filippo Coletti, Jeremy Bulle, Timothée 

Vanderwielen, von Karman Institute for Fluid 


Tony Arts, Von Karman Institute for Fluid 

Dynamics, Rhode-St-Genese, Belgium 

Radiation Effectiveness on the Aero- and 

Thermodynamics in A Highly Thermally 

Loaded Film Cooling System 


Wenping Wang, Peng Sun, Dept. of Thermal 

Engineering, Tsinghua University, Beijing, 

China, Jing Ren, Tsinghua University, Beijing, 

China, Hongde Jiang, Dept. of Thermal 

Engineering, Tsinghua University, Beijing, China 

Optimization of a U-bend for Minimal 

Pressure Loss in Internal Cooling Channels. 

Part II Experimental validation 


Filippo Coletti, von Karman Institute for Fluid 


Tom Verstraete, von Karman Institute for Fluid 

Dynamics, Rhode Saint Genese, Belgium, 

Timothée Vanderwielen, Jeremy Bulle, 

von Karman Institute for Fluid Dynamics, 

Rhode-Saint-Genese, Belgium, Tony Arts, Von 


St-Genese, Belgium 

Effect Of The Hot Gas Composition On A 

Highly Thermally Loaded Film Cooling System 


Peng Sun, Wenping Wang, Dept. of Thermal 


China, Jing Ren, Tsinghua University, Beijing, 

China, Hongde Jiang, Dept. of Thermal 


China 

Flow visualization And Conjugate Heat 

Transfer Study From Shower Head Impinging 

Jets 


Rajesh Kumar Panda, B.V.S.S.S. Prasad, 

Indian Institute of Technology, Madras, 

Chennai, Tamilnadu, India 

The Effect of Transpiration on Discrete 

Injection for Film Cooling 


Gregory A. Natsui, Perry Johnson, Michael 

C. Torrance, University of Central Florida, 

Orlando, FL, USA, Mark Ricklick, Jayanta 

Kapat, Center for Advanced Turbines and 

Energy Research, University of Central 

Florida, Orlando, FL, USA 

Optimized Impingement Configurations For 

Double wall Cooling Applications 


Preston J. Stoakes, Virginia Tech, Blacksburg, 

VA, USA, Srinath Ekkad, Virginia Polytechnic 

Institute and State University, Blacksburg, VA, 

USA 

COMMITTEE: Heat Transfer: Film Cooling • Paper Session Room 109 • TB-11-6 

FILM COOLInG InTERACTIOn EFFECTS 

Session Chair: Kenichiro Takeishi, Osaka University, Suita City, Japan • Session Co-Chair: Karsten Kusterer, B&B-AGEMA, Aachen, Germany 

Experimental and Analytical Leakage 

Characterization of Annular Gas Seals: 

Honeycomb, Labyrinth and Pocket Damper 

Seals 


Nuo Sheng, General Electric Global Research, 

Niskayuna, NY, USA, Eric Ruggiero, GE Global 

Research, Niskayuna, NY, USA, Ravindra 

Devi, GE Energy, Bangalore, Karnataka,India, 

Jianping Guo, GE Global Research, Niskayuna, 

NY, USA, Massimiliano Cirri, GE Global 

Research, Garching b. Munchen, Germany 

Experimental Investigation on Leakage 

Losses and Heat Transfer in a non 

Conventional Labyrinth Seals 


Luca Bozzi, Ansaldo Energia, Genova, 

Genova, Italy, Mirko Micio, University of 

Florence, Florence, Italy, Bruno Facchini, 

Università degli Studi di Firenze - Dipartimento 

di Energetica “Sergio Stecco”, Firenze, 

Firenze, Italy, Enrico D’Angelo, Ansaldo 

Energia, Genova, Genova, Italy, Riccardo Da 

Soghe, University of Florence, Florence, Italy 

Experimental Investigation on Leakage Loss 

and Heat Transfer in a Straight Through 

Labyrinth Seal 


Mirko Micio, Bruno Facchini, Luca Innocenti, 

Francesco Simonetti, University of Florence, 

Florence, Italy 

An Experimental Study of Thermal Barrier 

Coatings and Film Cooling on an Internally 

Cooled Simulated Turbine vane 


F. Todd Davidson, Jason E. Dees, David G. 

Bogard, The University of Texas at Austin, 

Austin, TX, USA 

COMMITTEE: Heat Transfer: Internal Air and Seals (with Turbomachinery) • Paper Session Room 111/112 • TB-12-2 

LAByRInTH AnD POCKET SEALS 

Session Chair: John Blanton, GE Energy, Greenville, SC, USA • Session Co-Chair: Bijay Sultanian, Siemens Energy, Inc., Orlando, FL, USA 

numerical Investigations on the Leakage 

Flow Characteristics of Pocket Damper Seals 


Zhigang LI, Jun LI, Institute of turbomachinery, 

Xi’an Jiaotong University, Xi’an, Shaanxi 

province, China, Zhenping Feng, Xi’an 

Jiaotong University, Xi’an, Shaanxi Province, 

China, Jiandao Yang, Rui Yang, Liqun 

SHI, Shanghai Electric Power Generation 

Technology R&D Center, Shanghai, Shanghai, 

China



10:15 10:45 11:15 11:45 

COMMITTEE: Microturbines & Small Turbomachinery • Paper Session Room 122 • TB-18-4 

COMBUSTIOn: DESIGn, OPTIMIzATIOn & ALTERnATIvE FUELS 

Session Chair: Junhua Chen, Capstone Turbine Corp., Chatsworth, CA, USA • Session Co-Chair: vince McDonell, UCI Combustion Laboratory, Irvine, CA, USA 

A Computational Study of Hydrogen 

Substitution Effects on the Combustion 

Performance for a Micro Gas Turbine 


Hsin-Yi Shih, Chi-Rong Liu, Chang Gung 

University, Taoyuan, Taiwan 

Development of a Statistical Methodology for 

Gas Turbine Prognostics 


Nicola Puggina, Mauro Venturini, University 

of Ferrara, Ferrara, Italy 

Evaluation of a wire-Mesh Duct Burner 

Premixer Using LSI Techniques 


Omar Ramadan, Patrick Hughes, CANMET 

Energy Technology Centre, Nepean, ON, 

Canada, Donald Gauthier, Power Systems 

Manufacturing (PSM), Juniper, FL, USA 

Application of Forecasting Methodologies to 

Predict Gas Turbine Behavior over Time 


Andrea Cavarzere, Mauro Venturini, 

University of Ferrara, Ferrara, Italy 

Liquid Bio-Fuels in an EGR Equipped Micro 

Gas Turbine 


Maria Cristina Cameretti, Raffaele Tuccillo, 

Di.M.E., Università di Napoli Federico II, 

NAPOLI, Italy, Fabrizio Reale, Istituto Motori, 

CNR, Napoli, Italy, Renzo Piazzesi, School of 

Engineering and Technology, University of 

Brighton, Brighton, UK 

COMMITTEE: Oil & Gas Applications • Paper Session Room 207 • TB-19-2 

GAS TURBInE DIAGnOSTICS, MAInTEnAnCE AnD PERFORMAnCE 

Session Chair: Rainer Kurz, Solar Turbines Incorporated, San Diego, CA, USA • Session Co-Chair: Michele Pinelli, University of Ferrara, Ferrara, Italy 

Gas Turbine / Solar Parabolic Trough Hybrid 

Designs 


Craig Turchi, Zhiwen Ma, National Renewable 

Energy Laboratory, Golden, CO, USA, Michael 

Erbes, Enginomix, LLC, Menlo Park, CA, USA 

Thermal Modeling of a Solar Steam-Turbine 

with a focus on Start-up Time Reduction 


James Spelling, KTH Royal Institute of 

Technology, Stockholm, Sweden, Markus 

Jöcker, Siemens Industrial Turbomachinery 

AB, Finspång, Sweden, Andrew Martin, KTH 

Royal Institute of Technology, Stockholm, 

Sweden 

Compressor Fouling Modeling: Relationship 

Between Computational Roughness and Gas 

Turbine Operation Time 


Francesco Melino, University of Bologna, 

Bologna, Italy, Mirko Morini, University 

of Ferrara, Ferrara, Italy, Antonio Peretto, 

University of Bologna, Bologna, Italy, Michele 

Pinelli, Pier Ruggero Spina, University of 

Ferrara, Ferrara, Italy 

Test Results from a Concentrated Solar 

Microturbine Brayton Cycle Integration 


Brian Dickey, Capstone Turbine, Chatsworth, 

CA, USA 

Particle Transport Analysis of Sand Ingestion 

in Gas Turbine Engines 


Klaus Brun, Southwest Research Institute, 

San Antonio, TX, USA, Rainer Kurz, Solar 

Turbines Incorporated, San Diego, CA, USA, 

Marybeth Nored, SwRI, San Antonio, TX, USA 

COMMITTEE: Solar Brayton & Rankine Cycle • Paper Session Room 205 • TB-20-2 

SOLAR BRAyTOn & RAnKInE CyCLES 

Session Chair: Melissa wilcox, Southwest Research Institute, San Antonio, TX, USA • Session Co-Chair: Klaus Brun, Southwest Research Institute, San Antonio, TX, USA 

R 

R


64 


10:15 10:45 11:15 11:45 

COMMITTEE: Structures & Dynamics: Probabilistic Methods • Panel Session Room 208/209 • TB-23-4 

UnCERTAInTy QUAnTIFICATIOn In PHM AnD REMAInInG USEFUL LIFE ASSESSMEnT 

Session Chair: Michael Gorelik, Honeywell Aerospace, Phoenix, AZ, USA • Session Co-Chair: Jeff Brown, Air Force Research Laboratory, Dayton, USA 

Uncertainty Quantification in RUL Assessment 

- Impact Technologies Perspective 

Michael Roemer, Impact Technologies, 

Rochester, USA 

Imbalance Response of a Rotor Supported by 

Hybrid Air Foil Bearings 


Daejong Kim, Prajwal Shetty, University 

of Texas at Arlington, Arlington, TX, USA, 

Donghyun Lee, Samsung electro-mechanics, 

Gyeonggi-Do,Korea (Republic) 


- Pratt and whitney Perspective 

Lauren Gray, Pratt & Whitney, E. Hartford, CT, 

USA 

Improving Rotordynamic Performance 

of an Axial Flow Compressor with Two- 

Lobe Bearings using nonlinear Constraint 

Parameter Optimization 


Henning Ressing, MAN Diesel & Turbo, 

Oberhausen, Germany, Sebastian Kukla, Ruhr 

University Bochum, Bochum, Germany 


- GE Perspective 

Arun K. Subramaniyan, GE Global Research, 


COMMITTEE: Structures & Dynamics: Rotordynamics • Paper Session Room 214 • TB-24-6 

BEARInG AnD SEAL InFLUEnCES II 

Session Chair: M. necip Sahinkaya, University of Bath, Bath, UK • Session Co-Chair: C. Hunter Cloud, BRG Machinery Consulting LLC, Charlottesville, VA, USA 

An Investigation into two Alternative 

Approaches for the Identification of SFD 

Bearings for Aero-Engine Analysis 


keir groves, Philip Bonello, The University of 

Manchester, manchester, UK 

Stability Analysis of An Industrial Gas 

Compressor Supported by Tilting-Pad Bearings 

under Different Lubrication Regimes 


Alejandro Cerda Varela, Technical University 

of Denmark, Copenhagen, Denmark, Ilmar 

Ferreira Santos, Technical University of 

Denmark, Kgs. Lyngby, Denmark 

Friction Factor Behavior From Flat-Plate 

Tests of 12.15 mm Diameter Hole-Pattern 

Roughened Surfaces 


Dara Childs, Turbomachinery laboratory, 

College Station, TX, USA, Thanesh Asirvatham, 

Tyrbomachinery Laboratory, College Station, 

TX, USA, Stephen Phillips, Turbomachinery 

Laboratory, College Station, TX, USA 

Measured and Predicted Transfer Functions 

between Rotor Motion and Pad Motion for 

a Rocker-back Tilting-Pad bearing in LOP 

Configuration 


Jason C. Wilkes, Texas A&M University, 

College Station, TX, USA 

On The nonlinear Dynamics Of Rotor- 

Foil Bearing Systems: Effects Of Shaft 

Acceleration, Mass Imbalance And Bearing 

Mechanical Energy Dissipation 


Luis San Andres, Texas A&M University, 

College Station, TX, USA, Keun Ryu, 

BorgWarner Turbo Systems, Arden, NC, USA 

COMMITTEE: Structures & Dynamics: Bearing & Seal Dynamics • Paper Session Room 215/216 • TB-25-2 

BEARInGS II - TILTInG-PAD BEARInGS AnD SQUEEzE-FILM DAMPERS 

Session Chair: Martin J. Conlon, National Research Council Canada, Ottawa, ON, Canada



10:15 10:45 11:15 11:45 

COMMITTEE: Structures & Dynamics: Aerodynamic Excitation & Damping (with Turbomachinery) • Paper Session Room 210 • TB-28-3 

TURBOMACHInE AEROELASTICITy AnD COMPUTATIOnAL METHODS I 

Session Chair: Toshinori watanabe, University of Tokyo, Tokyo, Japan • Session Co-Chair: Susanne Svensdotter, GE Oil&Gas, France, Le Creusot, France (Metro) 

Detached Eddy Simulation of Transonic Rotor 

Stall Flutter Using a Fully Coupled Fluid- 

Structure Interaction 


Hongsik IM, Xiangying Chen, Gecheng Zha, 

University of Miami, Miami, FL, USA 

COMMITTEE: Turbomachinery: Axial Fan & Compressor Aerodynamics • Paper Session Room 217/218 • TB-29-6 

DESIGn, AnALySIS, AnD TEST II 

Session Chair: Allan D., Grosvenor, Ramgen Power Systems, Kirkland, WA, USA • Session Co-Chair: william Byron Roberts 

Design Of Two Counter-Rotating Fan Types 

And Cfd Investigation Of Their Aerodynamic 

Characteristics 


Yang xiaohe, Peng Shan, Beijing University of 

Aeronautics and Astronautics, Beijing, China 

Effect of the Axial Spacing between vanes 

and Blades on the Performance of a 

Transonic Axial Turbine 


Dongil Chang, Stavros Tavoularis, University 

of Ottawa, Ottawa, ON, Canada 

Aeroelastic Analysis of Blades Cascades 

Through Aerodynamic Reduced-Order 

Modeling 


Davide Finamore, Roma Tre University, Rome, 

Italy, Fred Nitzsche, Carleton University, 

Ottawa, ON, Canada, Massimo Gennaretti, 

Roma Tre University, Rome, Italy 

numerical Investigation Of A novel Axial 

Impeller As Part Of A Counter-Rotating Axial 

Compressor To Compress water vapor As 

Refrigerant 


Qubo Li, Michigan State University, East Lansing, 

MI, USA, Janusz Piechna, Warsaw University of 

Technology, Warsaw, Poland, Norbert Mueller, 

Zachariah Alan Sprinkle, Michigan State 

University, East Lansing, MI, USA 

Influences of Inlet Swirl Distributions on 

an Inter-Turbine Duct, Part I: Casing Swirl 

variation 


Shuzhen Hu, National Research Council 

Canada, Ottawa, ON, Canada, Yanfeng 

Zhang, National Research Council Canada, 

Ottawa, ON, ON, Canada, Xue Feng Zhang, 

National Research Council Canada, Ottawa, 

ON, Canada, Edward Vlasic, Pratt & Whitney 

Canada, Longueuil, QC, Canada 

Fluid-Structure Interaction Using a Modal 

Approach 


Francois Debrabandere, Numflo, Mons, Belgium, 

Benoit Tartinville, Numeca, Bruxelles, Belgium, 

Charles Hirsch, Numeca, Brussels, Belgium, 

Grégory Coussement, University of Mons, Mons, 

Belgium 

numerical Research Of The Ram-Rotor with 

Different Geometric Parameters 


Ling Yang, Jing-jun Zhong, Ji-ang Han, Dalian 

Maritime University, Dalian, China 

Influences of Inlet Swirl Distributions on 

an Inter-Turbine Duct, Part II: Hub Swirl 

variation 


Yanfeng Zhang, National Research Council 

Canada, Ottawa, ON, ON, Canada, Shuzhen 

Hu, Xue Feng Zhang, National Research 

Council Canada, Ottawa, ON, Canada, Edward 

Vlasic, Pratt & Whitney Canada, Longueuil, 

QC, Canada 

non-Linear Dynamics of Multi-Mode 

Unstable Bladed-Disks: Part I– 

Description of a Canonical Model and 

Phenomenological Results 


Roque Corral, Juan Manuel Gallardo, Industria 

de Turbo-propulsores S.A., Madrid, Madrid, Spain 

Effects Of Using Hydrogen-Rich Syngas In 

Industrial Gas Turbines while Maintaining 

Fuel Flexibility On Compressor Design 


Pascal Nucara, Abdulnaser I. Sayma, 

University of Sussex, Brighton, UK 

COMMITTEE: Turbomachinery: Axial Turbine Aerodynamics • Paper Session Room 202/203 • TB-30-11 

InTERTURBInE DUCTS, DIFFUSERS & AxIAL GAPS 

Session Chair: Heinz-Peter Schiffer, Technische Universität Darmstadt, Darmstadt, Germany 

Experimental And numerical Investigation Of 

An Aerodynamically Loaded Guide vane In A 

Turbine Duct 


Martin Johansson, Valery Chernoray, 

Chalmers University of Technology, Göteborg, 

Sweden, Linda Ström, Jonas Larsson, Hans 

Abrahamsson, Volvo Aero Corporation, 

Trollhättan, Sweden


66 


10:15 10:45 11:15 11:45 

COMMITTEE: Turbomachinery: Steam Turbines • Paper Session Room 224 • TB-32-4 

STEAM TURBInE SEALInG AnD LAST STAGE AERODynAMICS 

Session Chair: Alex Stein, GE Energy, Greenville, SC, USA • Session Co-Chair: Michael Sell, ALSTOM (Switzerland) Ltd, Baden, Switzerland 

Optimization Strategy For A Coupled Design 

Of The Last Stage And The Successive 

Diffuser In A Low Pressure Steam Turbine 


Christian Musch, Siemens AG, Muelheim an 

der Ruhr, Germany, Heinrich Stueer, Siemens 

AG, Mülheim a.d. Ruhr, Germany, Georg 

Hermle, University of Kassel, Kassel, Germany 

Influence of the Different Design Parameters 

to the Centrifugal Compressor Tip Clearance 

Loss 


Teemu Turunen-Saaresti, Ahti Jaatinen, 

Lappeenranta University of Technology, 

Lappeenranta, Finland 

A numerical Method For Turbulent Flows 

In Highly Staggered And Low Solidity 

Supersonic Turbine Cascades 


Shigeki Senoo, Naoaki Shibashita, Hitachi, 

Ltd., Hitachi, Ibaraki, Japan, Takeshi Kudo, 

Hitachi, Ltd., Ibaraki-ken, Japan, Kazuya 

Sakakibara, Hitachi, Ltd., Hitachi, Ibaraki, 

Japan 

Automotive Turbocharger Compressor CFD 

and Extensions Towards Incorporating 

Installation Effects 


Fred Mendonca, CD-adapco, London, UK, 

Onur Baris, Ford, Kocaeli,Turkey 

validation of Conjugate Heat Transfer 

Predictions on Labyrinth Seals and novel 

Designs for Improved Component Lifetime 


Thomas Mokulys, ALSTOM Power 

(Switzerland) Ltd., Baden, Switzerland, 

Giorgio Zanazzi, ALSTOM Switzerland Ltd., 

Baden, Switzerland, Michael Sell, Luca 

Ripamonti, ALSTOM (Switzerland) Ltd, Baden, 

Switzerland, Dominik Born, University of 

Applied Sciences–Northwestern Switzerland, 

Windisch, Switzerland, Kurt Heiniger, Institute 

of Thermal and Fluid Engineering University of 

Applied Sciences–Northwestern Switzerland, 

Windisch, Switzerland, Patrick Grossmann, 

ALSTOM (Switzerland) Ltd, Baden, Switzerland 

COMMITTEE: Turbomachinery: Radial Turbomachinery • Paper Session Room 220 • TB-33-5 

TURBOCHARGER COMPRESSORS II 

Session Chair: Colin Osborne, Concepts NREC, White River Junction, VT, USA • Session Co-Chair: Tom Heuer, BorgWarner Turbo Systems Engineering GmbH, Kirchheimbolanden, Germany 

wind Turbine Data Analytics For Drive-Train 

Failure Early Detection And Diagnostics 


LiJie Yu, General Electric Global Research, 


wind Turbine Gearbox Fault Detection Using 

Multiple Sensors with Feature Level Data 

Fusion 


Yi Lu, Jiong Tang, University of Connecticut, 

Storrs, CT, USA, Huageng Luo, GE Global 

Research Center, Niskayuna, NY, USA 

numerical Investigation of Low Solidity 

vaned Diffuser Performance in a High- 

Pressure Centrifugal Compressor : Part 3 - 

Tandem vanes 


JongSik Oh, Charles W. Buckley, Giri L. 

Agrawal, R&D Dynamics Corporation, 

Bloomfield, CT, USA 

Integrating Oil Health and vibration 

Diagnostics for Reliable wind Turbine Health 

Predictions 


Carl Byington, Matthew Watson, Jeremy 

Sheldon, Impact Technologies, LLC, 

Rochester, NY, USA 

numerical Study on the Effects of Blade 

Lean on High-Pressure Centrifugal Impeller 

Performance 


JongSik Oh, Charles W. Buckley, Giri L. 

Agrawal, R&D Dynamics Corporation, 

Bloomfield, CT, USA 

COMMITTEE: Wind Turbine Technology • Paper Session Room 213 • TB-37-3 

wInD TURBInE COnDITIOn BASED MAInTEnAnCE 

Session Chair: Tim Allison, Southwest Research Institute, San Antonio, TX, USA • Session Co-Chair: Corso Padova, The Ohio State University - Gas Turbine Lab., Columbus, OH, USA 

R 

Detailed State of the Art Review for the 

Different On-Line/In-Line Oil Analysis 

Techniques in Context of wind Turbine 

Gearboxes 


Francis Quail, University of Strathclyde, 

Glasgow,Scotland, Andrew Hamilton, 

Doctoral Training Centre, Glasgow, Scotland


TUESDAY, JUNE 7: 2:30 p.m. - 5:00 p.m. 

2:30 3:00 3:30 4:00 4:30 

COMMITTEE: Aircraft Engine • Panel Session Room 109 • TC-1-13 

VOlCANiC ASH EFFECtS ON AiRCRAFt PROPUlSiON SyStEMS 

Session Chair: lee langston, University of Connecticut, Storrs, CT, USA • Session Co-Chair: Aspi Wadia, GE Aviation, Cincinnati, OH, USA 

What Happens in the 

Engine 

Michael Dunn, The 

Ohio State University, 

Columbus, OH, USA 

CMC turbine Design Challenges 

Michael McCaffrey, Pratt & 

Whitney, East Hartford, CT, USA 

Engine OEM perspective 

Jan Schilling, GE 

Aviation, Cincinnati, USA 

Airframe OEM 

Perspective 

Douglas Kihm, Boeing 

Commercial Airplanes, 

Seattle, USA 

CMC Components - A Rolls-Royce 

Perspective 

Jay Lane, Rolls-Royce Corporation, 

Indianapolis, USA 

Airline Perspective 

Manfred Paul, Lufthansa 

Technik AG, Frankfurt, 

Germany 

CMC Shrouds: Engine testing 

Experience 

Herbert Roberts, GE, Greenville, 

USA 

US Air Force 

Perspective 

Charles Stevens, 

Air Force Research 

Laboratory, Propulsion 

Division, Wright 

Patterson AFB, USA 

European Ash Cloud 

Flight Regulation 

Padhraic Kelleher, UK 

Civil Aviation Authority, 

West Sussex, UK 

North American Ash 

Cloud Flight Regulation 

Yves R. Cousineau, 

National Aircraft 

Certificaton Branch, 

Ottawa, Canada 

COMMITTEE: Ceramics • Panel Session Room 202/203 • TC-2-7 

tHE CHAllENgES OF CMC HOt SECtiON COMPONENtS 

Session Chair: tania Bhatia Kashyap, United Technologies Research Center, East Hartford, CT, USA 

COMMITTEE: Combustion, Fuels & Emissions • Paper Session Room 111/112 • TC-4-1 

NOVEl COMBUStiON CONCEPtS i 

Session Chair: Jamey Condevaux, Williams International, Walled Lake, MI, USA 

Session Co-Chair: lance Smith, United Technologies Research Center, East Hartford, CT, USA, Balu Sekar, AFRL/RZTC, OH, OH, USA 

Exhaust gas Recirculation 

Performance in Dry low Emissions 

Combustors 


Ahmed ELKady, General Electric- 


NY, USA, Andrei Evulet, GE Energy, 

Frienze, Frienze, Italy, Anthony 

Brand, Christian Vandervort, 

General ELectic, Niskayuna, NY, 

USA 

Flue gas Recirculation Of the 

Alstom Sequential gas turbine 

Combustor tested At High Pressure 


Felix Guethe, Dragan Stankovic, 

Franklin Genin, Khawar Syed, 

Alstom Power, Baden, Switzerland, 

Dieter Winkler, University of 

Applied Sciences Northwestern 

Switzerland, Windisch, Switzerland 

Dynamic-Stability Characteristics 

of Premixed Methane Oxy- 

Combustion 


Andrew Shroll, Santosh 

Shanbhogue, Ahmed F. Ghoniem, 

Massachusetts Institute of 

Technology, Cambridge, MA, USA 

Experimental and Computational 

Results of Distributed Combustion 

for Application in Current gas 

turbine Engine Combustor 

Architectures 


Nick Overman, Jason Ryon, 

Goodrich Engine Components, West 

Des Moines, IA, USA 

Experiments on lean Blowout 

and NOx Emissions of a Premixed 

trapped Vortex Combustor with 

High g-loading 


Jongguen Lee, University of 

Cincinnati, Cincinnati, OH, USA, 

Jeffrey Armstrong, Ingersoll Rand 

Energy Systems, Portsmouth, NH, 

USA, Domenic Santavicca, Penn 

State, University Park, PA, USA 

R


68 


Operability Challenges 

Associated with Fuel 

Flexible Combustion 

Tim Lieuwen, Georgia 

Institute of Technology, 


2:30 3:00 3:30 4:00 4:30 

COMMITTEE: Combustion, Fuels & Emissions • Paper Session Room 114/115 • TC-4-9 

COMBUStiON iNStABilitiES ExPERiMENtAl ii 

Session Chair: Keith McManus, GE Global Research, Niskayuna, NY, USA • Session Co-Chair: Jacqueline O’Connor, Georgia Institute of Technology, Atlanta, GA, USA 

Experimental Studies of 

Bifurcations leading to Chaos in a 

laboratory Scale thermoacoustic 

System 


Lipika Kabiraj, Indian Institute 

of Technology, Madras, Chennai, 

Tamil Nadu,India, Sujith Raman, 

Indian Institute of Technology 

Madras, Chennai, Tamil Nadu,India, 

Pankaj Wahi, Indian Institute of 

Technology, Kanpur, Kanpur, Uttar 

Pradesh, India 

COMMITTEE: Combustion, Fuels & Emissions • Panel Session Room 110 • TC-4-35 

NAtURAl gAS iNtERCHANgEABility 

Session Chair: Vince McDonell, UCI Combustion Laboratory, Irvine, CA, USA 

Measurement of a Benchmarking 

Jet in Crossflow Configuration 

under Highly turbulent Conditions 


Camilo Cárdenas, Julia Sedlmaier, 

Karlsruhe Institute of Technology, 

Karlsruhe, Germany, Nikolaos 

Zarzalis, Karlsruhe Institut of 

Technology, Karlsruhe, Germany, 

Richard J. Valdes, Siemens Energy, 

Inc. EN 323, Muelheim an der Ruhr, 

Germany, Werner Krebs, Siemens 

AG, Muelheim an der Ruhr, Germany 

Comparison Between Self-excited 

and Forced Flame Response of 

an industrial lean Premixed gas 

turbine injector 


Stephen Peluso, Center for 

Advanced Power Generation, 

Pennsylvania State University, 

University park, PA, USA, Bryan 

Quay, Penn State, University Park, 

PA, USA, Jongguen Lee, University 

of Cincinnati, Cincinnati, OH, USA, 

Domenic Santavicca, Penn State, 


Emissions Challenges 

Associated with Fuel 

Flexibility 

John C. Kramlich, University 

of Washington, Seattle, WA, 

USA 

Application of a Miniature 

telemetry System in a Small gas 

turbine Engine 


Stephen Long, Rolls-Royce Corporation, 

Indianapolis, IN, USA, Patrick Reiger, 

Rolls-Royce Corporation, Plainfield, 

IN, USA, Michael Elliott, Steve Edney, 

Rolls-Royce Corporation, Indianapolis, 

IN, USA, Frank Knabe, Dieter Bernhard, 

Rolls-Royce Deutschland Ltd & Co 

KG, Dahlewitz, Blakenfelde-Mahlow, 

Germany 

investigation of Subcritical 

instability in Ducted Premixed 

Flames 


Lipika Kabiraj, Indian Institute of 

Technology, Madras, Chennai, Tamil 

Nadu,India, Sujith Raman, Indian 

Institute of Technology Madras, 

Chennai, Tamil Nadu,India 

Fuel interchangeability— 

Solar turbines Perspectve 

Luke Cowell, Solar Turbines, 

Incorporated, San Diego, 

USA 


gE Perspective 

Shiva Srinivasan, GE Energy, 


Sub-Miniature Five-Hole Probe 

Calibration Using a time Efficient 

Pitch and yaw Mechanism and 

Accuracy improvements 


Cengiz Camci, Jason Town, The 


University Park, PA, Usa 

Experimental investigation of 

the influence of Water injection 

on Acoustic Properties of the 

Exhaust System of a gas turbine 

Combustion test Rig 


Martin Schmid, Natalie Trott, 

Robert Kathan, Dan Fanaca, 

Lehrstuhl für Thermodynamik, TU 

München, München, Germany, 

Thomas Sattelmayer, Technische 

Universität München, Garching, 

Germany 


Rolls Royce Perspective 

Gilles Bourque, Rolls-Royce 

Canada Limited, Lachine, QC, 

Canada 

Quantifying Optical tip timing 

Probe Error with laboratory 

Apparatus 


Bruce Hockaday, Pratt & Whitney, 


Numerical and Experimental 

investigations on Combustion 

instability Phenomena in gas 

turbine Burners for Heavy Duty and 

Aero-Engine Applications 


Alessandro Nilberto, University of 

Genoa, Dept. o Machinery, Energy 

Systems and Transportations, 

Genova, GE, Italy, Mario Caruggi, 

University of Genoa, Dept. of 

Machinery, Energy Systems and 

Transportations, Genova, GE, Italy, 

Daniele Accornero, Ferruccio 

Pittaluga, University of Genoa, Dept. 

o Machinery, Energy Systems and 

Transportations, Genova, GE, Italy 


Supply Side Perspective 

Len Angello, Electric Power 

Research Institute, Palo Alto, 

USA 

COMMITTEE: Controls, Diagnostics & Instrumentation • Paper Session Room 204 • TC-5-10 

tOPiCS iN iNStRUMENtAtiON 

Session Chair: Richard H. Bunce, Siemens Energy, Inc, Orlando, FL, USA 

R 

Robust Post-Processing Procedure 

for Multi-hole Directional Probes 


Tolga Yasa, von Karman Institute, 

Rhode St. Genese, Belgium, 

Guillermo Paniagua, von Karman 

Institute for Fluid Dynamics, Rhode 

Saint Genese, Belgium



2:30 3:00 3:30 4:00 4:30 

COMMITTEE: Electric Power • Panel Session Room 211 • TC-8-6 

PERFORMANCE AND COSt MEtRiCS FOR DiFFERENt tyPES OF FOSSil PlANtS WitH CCS APPliCAtiON 

Session Chair: Sy Ali, Clean Energy Consulting, Plainfield, IN, USA • Session Co-Chair: Richard Dennis, DoE National Energy Technology Lab, Morgantown, WV, USA 

US DOE —Performance & Cost 

Metrics of Adv. Fossil Plants with 

CCS 

Jarad Daniels, US Department 

of Energy, Fossil Energy Division, 

Washington, USA 

Heat transfer, Hydrodynamics 

and Pressure Drop in the Model 

of a Blade leading Edge Cyclone 

Cooling 


Prof. Artem Khalatov, Dr. Igor Borisov, 

Dr. Sergei Severin, Institute of 

Engineering Thermophysics, National 

Academy of Sciences, Kiev, Ukraine, 

Vyacheslav V. Romanov, Gas Turbine 

Complex ‘Zorya-Mashproekt, Nikolaev, 

UKraine, Vladimir Spitsyn, Yuriy Y. 

Dashevskyy, Gas Turbine Complex 

‘Zorya-Mashproekt’, Nikolaev, Ukraine 

EPRi Assessment of Operating 

Performance and Cost Metrics with 

CCS 

Robert Steele, EPRI, Charlotte, NC, 

USA 

Heat transfer And Friction Factor in 

the Rib Roughened Blade leading 

Edge Cooling Passage 


Prof. Artem Khalatov, Institute 

of Engineering Thermophysics, 

National Academy of Sciences, Kiev, 

Ukraine, Yuriy Y. Dashevskyy, Dmytro 

M. Pysmennyi, Gas Turbine Complex 

‘Zorya-Mashproekt’, Nikolaev, 

Ukraine 

An OEM Analysis of Performance 

and Cost impact of CCS 

Michael Ladwig, Alstom Power, 


Numerical Study on Flow and Heat 

transfer Characteristics of Swirl 

Cooling on leading Edge Model of 

gas turbine Blade 


Zhao LIU, Xian Jiaotong University, 

XI’AN, SHAANXI, China, Zhenping 

FENG, Xi’an Jiaotong University, 

Xi’an, Shaanxi Province, China, 

Liming Song, Xi’an Jiaotong 

University, Xi’an City, Shaanxi, China 

Performance & Cost impact of CCS 

for Different types of Fossil Plants 

— gE Perspective 

Norman Shilling, General Electric, 

Schenectady, USA 

Swirl-Enhanced internal Cooling of 

turbine Blades - Part 1 Radial Flow 

Entry 


Del Segura, Sumanta Acharya, 



CCS impact on Performance & Cost 

of Advanced Fossil Power Plants 

Robert Beck, The National Coal 

Council, Inc., Washington, USA 

COMMITTEE: Heat Transfer: General Interest • Paper Session Room 217/218 • TC-10-6 

iNtERNAl lEADiNg EDgE COOliNg 

Session Chair: Cengiz Camci, The Pennsylvania State University, University Park, PA, USA • Session Co-Chair: Robin Ames, DoE National Energy Technology Lab, Morgantown, WV, USA 

R 

Swirl-Enhanced internal Cooling of 

turbine Airfoils: Part 2–90 Degree 

Flow Entry 


Del Segura, Sumanta Acharya, 


Rouge, LA, USA


70 


2:30 3:00 3:30 4:00 4:30 

COMMITTEE: Heat Transfer: Film Cooling • Paper Session Room 224 • TC-11-5 

FlOWFiElD MEASUREMENtS 

Session Chair: Ardeshir Riahi, Honeywell International, Phoenix, AZ, USA • Session Co-Chair: Atul Kohli, Pratt & Whitney, East Hartford, CT, USA 


investigation of Flow Field and 

Downstream Surface temperatures 

of Cylindrical and Diffuser Shaped 

Film Cooling Holes 


Tilman auf dem Kampe, Torsten 

Sämel, Stefan Voelker, Siemens 

AG, Energy Sector, Mülheim a. d. 

Ruhr, Germany, Christian Heneka, 

Karlsruher Institut für Technologie 

(KIT), Karlsruhe, Germany, Helge 

Ladisch, Institute for Thermal 

Turbomachinery, Karlsruhe, Germany, 

Achmed Schulz, Karlsruher Institut 

für Technologie, Karlsruhe, Germany, 

Hans Joerg Bauer, Karlsruhe Institut 

of Technology (KIT), Karlsruhe, 

Baden-Württemberg, Germany 

Statistical and theoretical Models 

of ingestion through turbine Rim 

Seals 


Kunyuan Zhou, Beihang University, 

Beijing, China, Simon Wood, J 

Michael Owen, University of Bath, 

Bath, UK 

Magnetic Resonance imaging 

Studies of Flow and Mixing for 

Single-Hole Film Cooling 


Emin Issakhanian, John Eaton, 

Chris Elkins, Stanford University, 

Stanford, CA, USA 

COMMITTEE: Heat Transfer: Internal Air and Seals (with Turbomachinery) • Paper Session Room 214 • TC-12-3 

RiM CAVitiES i 

Session Chair: Peter Childs, Imperial College London, London, UK • Session Co-Chair: J. Axel glahn, Pratt & Whitney, Manchester, CT, USA 

Experimental Measurements of 

ingestion through turbine Rim 

Seals: Part 1–Externally-induced 

ingress 


Carl Sangan, Oliver Pountney, 

Kunyuan Zhou, Mike Wilson, J 


Bath, UK, Gary Lock, University of 

Bath, Bath, BA2 7AY, UK 

Experimental investigation into 

the impact of Crossflow on the 

Coherent Unsteadiness within Film 

Cooling Flows 


Richard J. Fawcett, University of 

Oxford, Oxford, UK, Andrew P.S. 

Wheeler, Queen Mary, University 

of London, London, UK, Li He, 

University of Oxford, Oxford, UK, 

Rupert Taylor, Rolls-Royce, Bristol, 

UK 

Experimental Measurements of 

ingestion through turbine Rim 

Seals: Part 2–induced ingress 


Carl Sangan, Oliver Pountney, 

Kunyuan Zhou, Mike Wilson, J 


Bath, UK, Gary Lock, University of 


turbulence and Heat transfer 

Measurements in an inclined 

large Scale Film Cooling Array — 

Part i, Velocity and turbulence 

Measurements 


Lamyaa El-Gabry, The American 

University in Cairo, New 

Cairo,Egypt, Philip Poinsatte, Doug 

Thurman, NASA Glenn, Cleveland, 

OH, USA, James Heidmann, NASA 

Glenn Research Center, Cleveland, 

OH, USA 

the influence of turbine Stator 

Well Coolant Flow Rate and 

Passage Configuration on Cooling 

Effectiveness 


Daniel Coren, Christopher Long, 

University of Sussex, Brighton, UK, 

Nick Atkins, Cambridge University, 

Cambridge, UK, Peter Childs, 

Imperial College London, London, 

UK, Daniel Eastwood, University 

of Sussex, Brighton, Sussex, UK, 

Antonio Guijarro Valencia, Jeffrey 

A. Dixon, Rolls-Royce plc, Derby, UK 

turbulence and Heat transfer 

Measurements in an inclined large 

Scale Film Cooling Array Part ii, 

temperature and Heat transfer 

Measurements 


Philip Poinsatte, Doug Thurman, 

NASA Glenn, Cleveland, OH, 

USA, Lamyaa El-Gabry, The 

American University in Cairo, New 

Cairo,Egypt, James Heidmann, 

NASA Glenn Research Center, 

Cleveland, OH, USA 

Experimental investigation of 

turbine Stator Well Rim Seal, 

Re-ingestion and interstage Seal 

Flows using gas Concentration 

techniques and Displacement 

Measurements 


Daniel Eastwood, Daniel Coren, 

Christopher Long, University of 

Sussex, Brighton, Sussex, UK, 

Nick Atkins, Cambridge University, 

Cambridge, UK, Peter Childs, 

Imperial College London, London, UK, 

Timothy Scanlon, Antonio Guijarro 

Valencia, Rolls-Royce plc, Derby, UK



2:30 3:00 3:30 4:00 4:30 

COMMITTEE: Heat Transfer: Combustion (with Combustion, Fuels & Emissions) • Paper Session Room 213 • TC-14-2 

COMPUtAtiONAl EVAlUAtiON OF COMBUStOR liNERS 

Session Chair: Khalid Oumejjoud, PSM an Alstom company, Jupiter, FL, USA • Session Co-Chair: tom i-P. Shih, Purdue University, West Lafayette, IN, USA 

Modeling of Heat Flux for Multihole 

Cooling Applications. 


Guillaume Cottin, Turboméca, 

Bordes, France, Emmanuel Laroche, 

Onera, Toulouse, France, Nicolas 

Savary, Turboméca, Bordes, France, 

Pierre Millan, Onera, Toulouse, 

France 

COMMITTEE: Industrial & Cogeneration • Paper Session Room 205 • TC-15-4 

gt POWER AUgMENtAtiON tECHNOlOgiES 

Session Chair: Qun Zheng, Harbin Engineering University, Harbin, Heilongjiang, China • Session Co-Chair: Alberto traverso, University of Genoa, Genova, GE, Italy 

Combined Cycle inlet Air Cooling by 

Cold thermal Storage: Aeroderivative 

vs. Heavy Duty gtComparison 


Giovanna Barigozzi, Antonio 

Perdichizzi, Giorgio Salvitti, Nicola 

Palestra, Università di Bergamo, 

Dalmine, Italy 

igt Advanced Repair Solutions 

Brian Frazier, AIM MRO, Camp 

Dennison, USA 

A joined MBl-Zonal Method 

technique for evaluating radiative 

thermal loads into combustion 

chambers of industrial gas turbines 


Gabriele Ottino, Luca Ratto, CFD 

Engineering S.r.l., Genova, Italy, 

Massimiliano Maritano, Ansaldo 

Energia S.p.A., Genova, Italy 

Selection of Climatic Design 

Points for gas turbine Power 

Augmentation 


Mustapha Chaker, Bechtel 

Corporation, Sugar Land, TX, 

USA, Cyrus Meher-Homji, Bechtel 

Corporation, Houston, TX, USA 

gas turbine Component Repair via 

Microwave Brazing 

Laurent Cretegny, GE Global 

Research, Schenectady, USA 

Detailed Cold-Flow Simulation to 

Estimate Mass Flow Distribution of 

Aircraft Combustor 


Mitsumasa Makida, Japan 

Aerospace Exploration Agency, 

Tokyo, Japan, Naoki Nakamura, 

Advanced Science & Intelligence 

Research Institute, Tokyo, Chiyoda, 

Japan, Osamu Nozaki, Japan 

Aerospace Exploration Agency, 

Tokyo, Japan 

investigation of Cooling 

Effectiveness of gas turbine inlet 

Fogging location Relative to the 

Silencer 


Jobaidur Khan, Ting Wang, 

University of New Orleans, New 

Orleans, LA, USA, Mustapha Chaker, 

Bechtel Corporation, Sugarland, TX, 

USA 

Reconstruction Vane Repairs: 

Salvage Of Vanes After Severe Fod 

Event 

Doug Nagy, Liburdi Engineering, 

Dundas, Canada 

lES and RANS Assessment of Rib 

Cooled Channel Related to Sgt-800 

Combustor liner 


Daniel Lörstad, Siemens, Finspong, 

Östergötland, Sweden 

Numerical Simulation of inlet 

Fogging Effects on the Stable Range 

of a transonic Compressor Stage 


Mingcong Luo, Qun Zheng, Lanxin 

Sun, Qingfeng Deng, Chunlei 

Liu, Song Li, Harbin Engineering 

University, Harbin, Heilongjiang, 

China, Rakesh Bhargava, 

Turbomachinery Consultant, Katy, 

TX, USA 

Development of a New laser 

Microcladding Process 

Jens Klingemann, Siemens AG 

Energy Sector, Berlin, Germany 

large-eddy Simulation of Flow 

and Convective Heat transfer in a 

gas turbine Can Combustor with 

Synthetic inlet turbulence 


Sunil Patil, Virginia Polytechnic 

Institute and State University, 

Blacksburg, VA, USA, Danesh Tafti, 

Virginia Tech, Blacksburg, VA, USA 

Performance Modeling of a Power 

generation gas turbine with Wet 

Compression 


German Montalvo-Catano, Walter 

O’Brien, Virginia Tech, Blacksburg, 

VA, USA 

COMMITTEE: Manufacturing Materials & Metallurgy • Panel Session Room 118 • TC-16-8 

ADVANCES iN gAS tURBiNE COMPONENt REPAiRS AND tECHNOlOgy 

Session Chair: Warren Miglietti, PSM (An Alstom owned company), Jupiter, FL, USA • Session Co-Chair: xiao Huang, Carleton University, Ottawa, ON, Canada 

R 

R 

the use of laser Ablation in the 

Manufacture & Repair Processes of 

gas turbine Components. 

Rob Hudson, Winbro Group, Rocky 

Hill, USA


72 


2:30 3:00 3:30 4:00 4:30 

COMMITTEE: Microturbines & Small Turbomachinery • Paper Session Room 122 • TC-18-5 

MiCROtURBiNES iN DiStRiBUtED ENERgy, MARiNE, AND AUtOMOtiVE APPliCAtiONS 

Session Chair: James Kesseli, Brayton Energy, LLC, Hampton, NH, USA • Session Co-Chair: thomas Wolf, Brayton Energy, LLC, Hampton, NH, USA 

Prospects For Application Of Ships 

Multi-Module gas turbine Engines 

On the Basis Of Ceramic tunnel 

turbomachines 


Anatoly Sudarev, Andrey 

Suryaninov, Boyko Center, Ltd., 

Saint-Petersburg, Russia, Vladimir 

Konakov, NTZ “Glass&Ceramics”, 

Ltd., Saint-Petersburg, Russia 

COMMITTEE: Oil & Gas Applications • Paper Session Room 207 • TC-19-3 

tHEOREtiCAl AND ExPERiMENtAl ANAlySiS OF COMPRESSiON SyStEMS 

Session Chair: tim Allison, Southwest Research Institute, San Antonio, TX, USA 

Single vs. Dual Recycle System 

Requirement in the Design of 

High Pressure Ratio, low inertia 

Centrifugal Compressor Stations 


Kamal Botros, NOVA Chemicals 

Corporation, Calgary, AB, Canada 

Solar turbines latest News 

Martin Habel, Solar Turbines 

Incorporated, San Diego, USA 

iCR350 A turbine Solution for 

Medium and Heavy Duty Vehicles 


David Dewis, ICRTec, Hampton, NH, 

USA 

Selection Criteria of Spring 

Stiffness of Nozzle type Check 

Valves for Compressor Station 

Applications 


Kamal Botros, NOVA Chemicals 

Corporation, Calgary, AB, Canada 

general Electric Aeroderivatives 

Tayo Montgomery, General Electric, 

Cincinnati, USA, Gil Badeer, GE, 

OH, USA 

“low Cost” Microturbines vs the 

turbocharger Route 


Colin Rodgers, ITC, San Diego, CA, 

USA 

Supersonic Ejectors For 

Hydrocarbon Emissions Capture 


Yuri Biba, H. Allan Kidd, Dresser- 

Rand, Olean, NY, USA, Stephen 

Peifer, Dresser-Rand, Houston, TX, 

USA, Christopher Scott, Dresser- 

Rand, Olean, NY, USA, Brian Sloof, 

TransCanada Pipelines, Calgary, AB, 

Canada, Anthony Tse, TransCanada, 

Calgary, AB, Canada 

Siemens light industrial gas 

turbines 

Mike Welch, Siemens Energy Oil & 

Gas, Lincoln, Lincolnshire, UK 

Development of an Air-Cycle 

Environmental Control System for 

Automotive Applications 


Christopher J. Forster, Georgia 


USA, Patrick Lemieux, California 

Polytechnic State University, San 

Luis Obispo, CA, USA 

Energy Usage in Natural gas 

Pipeline Applications 


Augusto Garcia-Hernandez, Klaus 

Brun, Southwest Research Institute, 

San Antonio, TX, USA 

Rolls Royce Aeroderivatives 

technology Update 

Benoit Villien, Rolls Royce, Dorval, 

Canada 

Optimization of a Micro gas turbine 

Using genetic Algorithm 


Maryam Pourhasanzadeh, Power 

and Water University of Technology 

(PWUT), Tehran, Iran, Sajjad 

Bigham, School of Mechanical 

Engineering, College of Engineering, 

University of Tehran, Tehran, Iran 

Fouling Mechanisms in Axial 

Compressors 


Rainer Kurz, Solar Turbines 

Incorporated, San Diego, CA, USA, 

Klaus Brun, Southwest Research 

Institute, San Antonio, TX, USA 

COMMITTEE: Oil & Gas Applications • Panel Session Room 208/209 • TC-19-10 

AERODERiVAtiVE AND ligHt iNDUStRiAl gAS tURBiNE UPgRADES AND UPRAtES 

Session Chair: Patrick Campbell, General Electric, Calgary, AB, Canada 

R 

R 

R



2:30 3:00 3:30 4:00 4:30 

COMMITTEE: Structures & Dynamics: Fatigue, Fracture & Life Prediction • Paper Session Room 120 • TC-22-5 

PREDiCtiON MEtHODS OF CONVENtiONAl AND ANiSOtROPiC MAtERiAlS 

Session Chair: Richard S. Nelson, Power Systems Mfg., An Alstom Company, Jupiter, FL, USA 

Session Co-Chair: Pontus Slottner, Siemens Industrial Turbomachinery AB, FINSPONG, Sweden 

the influence of Crystal Orientation 

on the Elastic Stresses of a Single 

Crystal Nickel-based turbine Blade 


Michael W. R. Savage, Siemens 

Industrial Turomachinery Ltd, 

Lincoln, UK 

COMMITTEE: Structures & Dynamics: Bearing & Seal Dynamics • Paper Session Room 121 • TC-25-3 

BEARiNgS iii - FOil BEARiNgS 

Session Chair: Daejong Kim, University of Texas at Arlington, Arlington, TX, USA 

Metal Mesh Foil Bearing: Effect 

Of Motion Amplitude, Rotor 

Speed, Static load, And Excitation 

Frequency On Force Coefficients 


Luis San Andres, Thomas 

Chirathadam, Texas A&M 

University, College Station, TX, USA 

Mistuning: survivable if not 

solvable 

David Ewins, Imperial 


Anisotropic Creep Damage and 

Elastic Damage of Notched 

Directionally Solidified Materials 


Calvin Stewart, Ali Gordon, 

University of Central Florida, 

Orlando, FL, USA 

Hydrodynamic Analysis of 

Compliant Foil Bearings with 

Modified top Foil Model 


Fangcheng Xu, Zhansheng Liu, 

Guanghui Zhang, Liang Xie, Harbin 

Institute of Technology, Harbin, 

China 

Utilizing Mistuning 

Knowledge in Engine Design 

Robert Kielb, Duke University, 

Durham, NC, USA 

Fatigue Reliability Predictions for 

Crack Bridging Materials 


Sarah Gallops, Jamie J. Kruzic, 

Oregon State University, Corvallis, 

OR, USA 

Rotordynamic Performance of an 

Oil-Free turboblower Focusing on 

load Capacity of gas Foil thrust 

Bearings 


Tae Ho Kim, Tae Young Kim, Korea 

Institute of Science and Technology, 

Seoul,Korea (Republic), Kyong- 

Ho Jeong, Hwang Hae Electric, 

Incheon,Korea (Republic), Yong-Bok 

Lee, KIST, Seoul, Korea (Republic) 

gE Perspective on Design & 

Validation for Mistuning 

Steve Manwaring, GE, 

Cincinnati, USA 

Mistuning - A Pragmatic 

Approach 

Jeffrey Green, Rolls Royce, 

Derby, UK 

Fatigue-life Prediction Method 

based on Small-Crack theory in 

Engine Materials 


Dr. James C. Newman Jr., 

Mississippi State University, 

Mississippi State, MS, USA, 

Balkrishna S. Annigeri, United 

Technologies Pratt & Whitney, East 


thermal Performance of a Bump 

type gas Foil Bearing Floating 

on a Hollow Shaft for increasing 

Rotating Speed and Static load. 


Kyuho Sim, Jin-Woo Song, Korea 

Institute of Science and Technology, 

Seoul,Korea (Republic), Yong-Bok 

Lee, KIST, Seoul,Korea (Republic), 

Tae Ho Kim, Korea Institute of 

Science and Technology, Seoul, 

Korea (Republic) 

A Siemens Perspective on 

Mistuning - Now & Ahead 

Ronnie Bladh, Siemens 

Industrial Turbomachinery 

AB, Finspong, Sweden 

Advanced Experimental and 

Analytical investigations on 

Combined Cycle Fatigue (CCF) of 

Conventional Cast and Single- 

Crystal gas turbine Blades 


Swen Weser, Uwe Gampe, Mario 

Raddatz, Dresden University of 

Technology, Dresden, Saxony, 

Germany, Roland Parchem, Rolls- 

Royce Deutschland Ltd. & Co. KG, 

Blankenfelde-Mahlow, Brandenburg, 

Germany, Petr Lukas, Institute of 

Physics of Materials, Brno, Czech 

Republic 

Effects Of Mesh Density On Static 

load Performance Of Metal Mesh 

gas Foil Bearings 


Yong-Bok Lee, KIST, Seoul, Korea 

(Republic), Tae Young Kim, Chang 

Ho Kim, Tae Ho Kim, Korea Institute 

of Science and Technology, Seoul, 

Korea (Republic) 

COMMITTEE: Structures & Dynamics: Structural Mechanics & Vibration • Panel Session Room 220 • TC-26-6 

MiStUNiNg - StAtUS QUO, OlD AND NEW iSSUES 

Session Chair: Harald Schoenenborn, MTU Aero Engines GmbH, Munich, Germany • Session Co-Chair: Evgeny Petrov, Imperial College London, London, UK 

R 

PW Perspective on 

Mistuning 

Benjamin Hall, Pratt & 

Whitney, E. Hartford, CT, USA


74 


2:30 3:00 3:30 4:00 4:30 

COMMITTEE: Turbomachinery: Axial Fan & Compressor Aerodynamics • Paper Session Room 116/117 • TC-29-3 

CORNER StAll, DUCt DESigN 

Session Chair: Nick Nolcheff, Honeywell, Phoenix, AZ, USA • Session Co-Chair: Rudolf Selmeier, GE Global Research, Garching / Munich, Germany 

Experimental investigations of 

Corner Stall in a linear Compressor 

Cascade 


Wei Ma, Ecole Centrale de Lyon, 

Lyon, France, Xavier Ottavy, 

Ecole Centrale de Lyon, Ecully, 

France (Metro), Lu Lipeng, Beijing 

University of Aeronautics and 

Aerospace, Beijing, China, Leboeuf 

Francis, Ecole Centrale de Lyon, 

Ecully, France (Metro), Gao Feng, 

Beijing University of Aeronautics 

and Aerospace, Beijing, China 

COMMITTEE: Turbomachinery: Axial Turbine Aerodynamics • Paper Session Room 212 • TC-30-5 

tURBiNE AERODyNAMiC DESigN & MODEliNg 

Session Chair: yavuz guendogdu, MTU Aero Engines GmbH, München, Germany • Session Co-Chair: Dragan Kozulovic, Technische Universität Braunschweig, Braunschweig, Germany 

Roughness Modeling for 

turbomachinery 


Andreas Fiala, MTU Aero Engines 

GmbH, Munich, Germany, Edmund 

Kuegeler, German Aerospace 

Center (DLR), Cologne, Germany 

integrated OgV Design for an 

Aggressive S-Shaped Compressor 

transition Duct 


A Duncan Walker, Ashley G Barker, 

Jon F. Carrotte, Loughborough 

University, Loughborough, 

Leicestershire, UK, John J Bolger, 

Matthew Green, Rolls-Royce plc, 

Derby, UK 

Anisotropic Eddy Viscosity in the 

Secondary Flow of a low-Speed 

linear turbine Cascade 


Gordon MacIsaac, Carleton 

University, Ottawa, ON, Canada, 

Steen Sjolander, Carleton 

University, Ottawwa, ON, Canada 

Numerical Design and 

Experimental Evaluation of an 

Aggressive S-Shaped Compressor 

transition Duct with Bleed 


A Duncan Walker, Ashley G Barker, 

Jon F. Carrotte, Loughborough 

University, Loughborough, 

Leicestershire, UK 

influence of Surface Roughness On 

the Profile And End-wall losses in 

low Pressure turbines 


Raul Vazquez, Industria de 

Turbopropulsores S.A. (ITP), San 


Spain, Diego Torre, Industria de 

Turbopropulsores S.A (ITP), San 


Spain, Fernando Partida-Santos, 

CTA, Zamudio, Bizkaia, Spain, Leyre 

Armañanzas, ITP, San Fernando de 

Henares, Madrid, Spain, Antonio 

Antoranz, ITP, Madrid, Spain 

investigations of Secondary 

Flow Suction in a High Speed 

Compressor Cascade 


Christoph Gmelin, Technische 

Universitaet Berlin, Berlin, Germany, 

Karsten Liesner, Robert Meyer, 

German Aerospace Center (DLR), 

Berlin, Germany, Frank Thiele, 

Technische Universitaet Berlin, 

Berlin, Berlin, Germany 

Numerical Analysis Of three- 

Dimensional turbine Airfoil 

Designs 


Thorsten Poehler, RWTH Aachen 

University, Aachen, NRW, Germany, 

Yavuz Guendogdu, MTU Aero 

Engines GmbH, München, Germany, 

Jochen Gier, MTU Aero Engines, 

Muenchen, Germany, Peter 

Jeschke, Institute of Jet Propulsion 

and Turbomachinery RWTH Aachen, 

Aachen, Germany 

A Preliminary Numerical Cfd 

Analysis Of transonic Compressor 

Rotors When Subjected to inlet 

Swirl Distortion 


Javier C. Montes, Ahad Mehdi, 

Domenico D. Cugno, Vassilios 

Pachidis, Cranfield University, 

Cranfield, UK 

Further investigation of the 

influence of Real-World 

Blade Profile Variation on the 

Aerodynamic Performance of 

transonic Nozzle guide Vanes 


Jordan Ilott, Asad Asghar, William 

Allan, Royal Military College of 

Canada, Kingston, ON, Canada, 

Ray Woodason, StandardAero Ltd, 

Winnipeg, MB, Canada



2:30 3:00 3:30 4:00 4:30 

COMMITTEE: Turbomachinery: Radial Turbomachinery • Paper Session Room 210 • TC-33-9 

CENtRiFUgAl COMPRESSORS - DESigN AND OPtiMiZAtiON 

Session Chair: greg Holbrook, Honeywell International, Phoenix, AZ, USA • Session Co-Chair: Subenuka Sivagnanasundaram, Queen’s University Belfast, Belfasts, Northern Ireland, UK 

An Optimization Procedure for 

the Aerodynamic Model tuning of 

Centrifugal Compressor Stages 


Susanne Svensdotter, GE Oil&Gas, 

France, Le Creusot, France (Metro), 

Omar El Shamy, GE Oil&Gas, Doha, 

Qatar, Nidal Ghizawi, GE Global 

Research, Doha, Qatar, Vittorio 

Michelassi, GE Oil&Gas, Florence, 

Italy, Sivasubramaniyan Sankaran, 

General Electric, Bangalore, 

Karnataka, India 

COMMITTEE: Turbomachinery: Unsteady Flows in Turbomachinery • Paper Session Room 222 • TC-34-1 

StAll/SURgE i 

Session Chair: yuan Dong 

Surge inception in a transonic 

Centrifugal Compressor Stage 


Isabelle Trebinjac, Ecole Centrale 

de Lyon, Ecully, France (Metro), 

Nicolas Bulot, Turbomeca, Bordes, 

France (Metro), Xavier Ottavy, 

Nicolas Buffaz, Ecole Centrale de 


Blade Section Modeling and 

Design 

Dewey Hodges, Georgia Tech, 

Atlanta, USA 

Optimization of 6.2:1 pressure ratio 

centrifugal compressor impeller by 

3D inverse design 


Mehrdad Zangeneh, University 

College London, London, Uk, 

Nuno Amarel, Kasra Daneshkhah, 

Advanced Design Technology, 

London, Uk, Hartmut Krain, Krain 

Consultancy, Neunkirchen- 

Seelscheid, Germany 

Rotor tip Flow-Field near inception 

Point of Rotating instability in an 

Axial-Flow Fan 


Takahiro Nishioka, Toshio Kanno, 

Hitachi Plant Technologies, 

Ltd., Ibaraki, Japan, Kiyotaka 

Hiradate, Mechanical Engineerign 

Research Laboratory, Hitachi, Ltd, 

Hitachinaka, Ibaraki, Japan 

Wind turbine Manufacturing 

Advancements for large Wind 

turbines 

Amir Mikhail, Clipper Wind, Santa 

Barbara, USA 

Annular Cascade for Radial 

Compressor Development 


Christian Aalburg, Ismail Sezal, 

Christian Haigermoser, Alexander 

Simpson, GE Global Research, 

Garching b. München, Bavaria, 

Germany, Vittorio Michelassi, 

Giuseppe Sassanelli, GE Oil&Gas, 


Stall Warning By Blade Pressure 

Signature Analysis 


Anna Young, Ivor Day, Whittle 

Laboratory, University of Cambridge, 

Cambridge, UK, Graham Pullan, 

University of Cambridge, Cambridge, 

UK 

Wind turbine Manufacturing: gE 

Perspective 

Stephen Johnson, GE, Greenville, 

USA 

Assessment Of Various turbulence 

Models in A High Pressure Ratio 

Centrifugal Compressor With An 

Object Oriented Cfd Code 


Luca Mangani, Hochschule Luzern 

Technik& Architektur, Horw, 

Switzerland, Ernesto Casartelli, 

Hochschule Luzern - Technik & 

Architektur, Horw, Switzerland, 

Sebastiano Mauri, MAN Diesel 

& Turbo Schweiz AG, Zurich, 

Switzerland 

Validation Of Numerical Simulation 

For Rotating Stall in A transonic 

Fan 


Minsuk Choi, Imperial College 

London, London, UK, Nigel H. S. 

Smith, Rolls-Royce PLC, Derby, UK, 

Mehdi Vahdati, Imperial College 


Active Rotor Concepts 

Brain Wake, United Technologies 

Research Center, East Hartford, US 

A Method to Calculate the 

Performance Map Of A Centrifugal 

Compressor Stage 


Michael Casey, Universität 

Stuttgart, Stuttgart, Germany, Chris 

Robinson, PCA Engineers Ltd., 

Lincoln, UK 

A Summary of Stall Warning and 

Suppression Research with Micro 

tip injection 


Lin Feng, Tong Zhiting, Institute Of 

Engineering Thermophysics Chinese 

Academy Of Sciences, Beijing, 

China, Shaojuan Geng, Jingxuan 

Zhang, Jingyi Chen, Chaoqun Nie, 

Chinese Academy Of Sciences, 

Beijing, China 

COMMITTEE: Wind Turbine Technology • Panel Session Room 215/216 • TC-37-8 

WiND tURBiNE MANUFACtURiNg ADVANCEMENtS 

Session Chair: lakshmi Sankar, Georgia Institute of Technology, Atlanta, GA, USA 8 Session Co-Chair: Harold Simmons, Southwest Research Institute, San Antonio, TX, USA 

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WEDNESDAY, JUNE 8: 8:00 a.m. - 10:00 a.m. 

8:00 8:30 9:00 9:30 

COMMITTEE: Aircraft Engine • Paper Session Room 116/117 • WA-1-8 

OPErABIlITy 

Session Chair: Andrew nix, West Virginia University, Morgantown, WV, USA • Session Co-Chair: g. William gallops, Pratt & Whitney, East Hartford, CT, USA 

Evaluating Complex Inlet Distortion with 

a Parallel Compressor Model: Part 1 

Concepts, Theory, Extensions, and limitations 


William Cousins, Pratt & Whitney, East Hartford, 

CT, USA, Milt Davis, Aerospace Testing Alliance, 

Arnold Air Force Base, TN, USA 

COMMITTEE: Coal, Biomass & Alternative Fuels • Paper Session Room 121 • WA-3-4 

SyngAS APPlICATIOnS FOr gAS TurBInE 

Session Chair: Khalid Oumejjoud, PSM an Alstom company, Jupiter, FL, USA • Session Co-Chair: Jianhua wang, University of Science and Technology of China, Hefei, Anhui, China 

Development of H2-rich Syngas Fuelled gT 

for Future IgCC Power Plants-Establishment 

of a Baseline 


Nikolett Sipöcz, Mohammad Mansouri, 

Mohsen Assadi, University of Stavanger, 

Stavanger, Norway, Peter Breuhaus, 

International Research Institute of Stavanger 

(IRIS), Stavanger, Norway 

Evaluating Complex Inlet Distortion with 

a Parallel Compressor Model: Part 2 

Applications to Complex Patterns 


Milt Davis, Aerospace Testing Alliance, Arnold 

Air Force Base, TN, USA, William Cousins, 

Pratt & Whitney, East Hartford, CT, USA 

Technical And Economic Evaluation Of Igcc 

Systems using Coal And Petroleum Coke And 

Considering Brazilian Scenario 


Pablo Silva Ortiz, Federal University of 

Itajuba - Brazil, Itajuba, Minas Gerais,Brazil, 

Osvaldo José Venturini, Electo Eduardo Silva 

Lora, Federal University of Itajubá - Brazil, 

Itajubá,Brazil 

Investigation of the Effects of Inlet Swirl on 

Compressor Performance and Operability 

using a Modified Parallel Compressor Model 


Nicholas Fredrick, Milt Davis, Aerospace 

Testing Alliance, Arnold Air Force Base, TN, USA 

Comparison Between Oxygen-Blown and 

Air-Blown Integrated gasification Combined 

Cycle (IgCC) Power Plants: A gas Turbine 

Perspective 


Prashant S. Parulekar, ZeroGen Pty Ltd, 

Westlake, QLD, Australia 

Elastomer Compatibility Test of Alternative 

Fuels using Stress-relaxation Test and FTIr 

Spectroscopy 


Yue Liu, Chris W Wilson, Simon Blakey, 

Tim Dolmansley, The University of Sheffield, 

Sheffield, UK 

COMMITTEE: Combustion, Fuels & Emissions • Paper Session Room 114/115 • WA-4-31 

POlluTAnT EMISSIOnS FOrMATIOn & COnTrOl 

Session Chair: Michael Foust, GE Aviation, Cincinnati, OH, USA • Session Co-Chair: Mark Mueller, GE Aviation, Cincinnati, OH, USA 

Experimental and numerical Study of 

nOX Formation from the lean Premixed 

Combustion of CH4 Mixed with CO2 and n2 


K. Boyd Fackler, Megan F. Karalus, Igor V. 

Novosselov, John C. Kramlich, Phillip C. 

Malte, University of Washington, Seattle, WA, 

USA 

Analysis of nOX Formation in an Axially 

Staged Combustion System at Elevated 

Pressure Conditions 


Prathap Chockalingam, Flavio Cesar Cunha 

Galeazzo, Peter Habisreuther, Nikolaos 

Zarzalis, Karlsruhe Institut of Technology, 

Karlsruhe, Germany, Christian Beck, 

Bernhard Wegner, Werner Krebs, Siemens 

AG, Muelheim an der Ruhr, Germany, Plamen 

Kasabov, Division of Combustion Technology, 

Engler-Bunte-Institute, Karlsruhe Institute of 

Technology, Karlsruhe, Germany 

Experimental Characterization of low nOx 

Micromix Prototype Combustors for Industrial 

gas Turbine Applications 


Harald Funke, Sebastian Boerner, Aachen 

University of Applied Sciences, Aachen, 

Germany, Werner Krebs, Siemens AG, 

Muelheim an der Ruhr, Germany, Erik Wolf, 

Siemens AG, Erlangen, Germany 

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Experimental Analysis Of Soot Formation And 

Oxidation In A gas Turbine Model Combustor 

using laser Diagnostics 


Klaus Peter Geigle, Jochen Zerbs, German 

Aerospace Center (DLR), Institute of 

Combustion Technology, Stuttgart, Germany, 

Markus Köhler, German Aersospace Center 

(DLR), Institute of Combustion Technology, 

Stuttgart, Germany, Michael Stöhr, Wolfgang 

Meier, German Aerospace Center (DLR), 

Stuttgart, Germany



8:00 8:30 9:00 9:30 

COMMITTEE: Combustion, Fuels & Emissions • Paper Session Room 110 • WA-4-37 

COMB InSTABIlITIES EXPErIMEnTAl V 

Session Chair: Bernd Prade, Siemens AG, Muelheim, NRW, Germany • Session Co-Chair: gilles Bourque, Rolls-Royce Canada Limited, Lachine, QC, Canada 

Mixture Forced Flame Transfer Function 

Measurements and Mechanisms in a Singlenozzle 

Combustor at Elevated Pressure 


Nick Bunce, Domenic Santavicca, Penn State, 

University Park, PA, USA, Jongguen Lee, Bryan 

Quay, University of Cincinnati, Cincinnati, OH, USA 

COMMITTEE: Controls, Diagnostics & Instrumentation • Paper Session Room 204 • WA-5-1 

COnTrOl SySTEMS II 

Session Chair: Manuj Dhingra, Georgia Institute of Technology, Atlanta, GA, USA 

Power reserve Control for gas Turbines in 

Combined Cycle Applications 


Eric A. Müller, Andrew Wihler, Alstom Power, 


Improved Multiple Point non-linear 

genetic Algorithm (gA) Based Performance 

Adaptation using least Square Method 


Yi-Guang Li, Cranfield University, School of 

Engineering, Bedford, UK, Fahmi Abdul Ghafir, 

Lihui Wang, Riti Singh, Cranfield University, 

Bedford, UK, K. Huang, X. Feng, W. Zhang, 

China Aviation Powerplant Research Institute, 

Zhuzhou City, Hunan Province, China 

Passive Control Of noise And Instability In A 

Swirl-Stabilized Combustor With The use Of 

High-Strength Porous Insert 


Daniel Sequera, Ajay Agrawal, University of 

Alabama, Tuscaloosa, AL, USA 

nonlinear Model Based Predictor: Its 

Application to the Closed loop Control of the 

Alstom gT11n2 gas Turbine 


Xiao-Yi Zhang, Alstom (Switzerland) Ltd., 

Baden, Aagau, Switzerland 

Study on Fault Diagnostics of a Turboprop 

Engine using Inverse Performance Model 

and Artificial Intelligent Methods 


Changduk Kong, Semyeong Lim, Chosun 

University, Gwangju, Korea (Republic) 

Open-loop Control of Combustion Instabilities 

and the role of the Flame response to Two- 

Frequency Forcing 


Bernhard Cosic, Bernhard Bobusch, Jonas P. 

Moeck, Technische Universität Berlin, Berlin, 

Berlin, Germany, Oliver Paschereit, H.F.I TU 

Berlin, Berlin, Germany 

Air Flow Modulation for refined Control of the 

Combustion Dynamics using a novel Actuator 


Fabrice Giuliani, Andreas Lang, Graz 

University of Technology, Graz, Austria, 

Klaus J. Gradl, Peter Siebenhofer, TU Graz, 

Graz, Austria, Johannes Fritzer, Technical 

University Graz, Graz, Styria, Austria 

Flue gas recirculation in a gas Turbine: 

Impact on Performance and Operational 

Behavior 


Frank Sander, Richard Carroni, Stefan Rofka, 

Eribert Benz, Alstom (Switzerland) Ltd, Baden, 

Aargau, Switzerland 

Forced Flame response Of A lean Premixed 

Multi-nozzle Can Combustor 


Michael Szedlmayer, Bryan Quay, Janith 

Samarasinghe, Alex J. De Rosa, PDomenic 

Santavicca, Penn State, University Park, PA, 

USA, Jongguen Lee, University of Cincinnati, 

Cincinnati, OH, USA 

COMMITTEE: Cycle Innovations • Paper Session Room 122 • WA-6-5 

CyClE PErFOrMAnCE II 

Session Chair: leonardo Torbidoni, Ansaldo Energia, Genoa, Italy • Session Co-Chair: João roberto Barbosa, Technological Institute of Aeronautics, São José dos Campos, São Paulo, Brazil 

The Effect of Inlet Flow Distortion on the 

Performance of Centrifugal Fans for utility 

Applications 


Jim Greenzweig, FlaktWoods, Buffalo, NY, 

USA, Ray Henry, Sargent & Lundy, Chicago, 

IL, USA, Ted Holm, Southern Company 

Generation, Birmingham, AL, USA 

unsteady Flow Analysis of Interaction between 

Jet-Wake Flow and Blades of low Solidity 

Cascade Diffuser in a Centrifugal Blower 


Daisaku Sakaguchi, Tengen Murakami, 

Hironobu Ueki, Masahiro Ishida, Nagasaki 

University, Nagasaki, Japan, Hiroshi Hayami, 

Kyushu University, Fukuoka, Japan 

Fluid Dynamic Design and Optimization of 

Two Stage Centrifugal Fan for Industrial 

Burners 


Michele Pinelli, Pier Ruggero Spina, Cristian 

Ferrari, University of Ferrara, Ferrara, Italy, 

Paolo Bolognin, Luca Borghi, Baltur S.p.A., 

Cento, Italy 

Investigation Of geometry, Total Condition 

And Waves Effect On Two Phase liquid-Vapor 

Flow using Equilibrium Thermodynamics 


Hossein Beheshti Amiri, Mohammad Jafar 

Kermani, Amirkabir University of Technology, 

Tehran, Iran, Aliakbar Piroozi, Mohammad 

Hasan Shojaeefard, Iran University of Science 

and Technology, Tehran, Iran, Sabah Hamidi, 

Science and Research Branch of Islamic Azad 

University, Sanndaj, Iran 

COMMITTEE: Fans & Blowers • Paper Session Room 111/112 • WA-9-4 

FAnS & BlOWErS 3: DESIgn AnD PErFOrMAnCE 

Session Chair: Andrea Arnone, University of Florence, Florence, Italy • Session Co-Chair: Alain guedel, Cetiat, Villeurbanne Cedex, France 

A study on the Influence of Holes Diameter 

with Holed Casing Treatment 


Wei Xu, Tong Wang, Liang Ding, Chuangang 

Gu, Shanghai Jiaotong University, Shanghai, 

China 

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8:00 8:30 9:00 9:30 

COMMITTEE: Heat Transfer: general Interest • Paper Session Room 217/218 • WA-10-8 

MEASurEMEnT & AnAlyTICAl TECHnIquES 

Session Chair: Paul W giel, ASRC / NASA Glenn Research Center, Cleveland, OH, USA • Session Co-Chair: Edmond J. Walsh, University of Limerick, Limerick, Limerick, Ireland 

Optimization Of Temperature Measurement 

Technique used In High Heat Flux 

Environment 


Lev Ginzbursky, LG Tech-Link, Chandler, AZ, 

USA, Dmitriy Romanov, Pratt & Whitney, 

North Berwick, ME, USA, Jason DeVoe, 

QuEST-ASE Inc., Phoenix, AZ, USA 

Application Of Artificial neural network For 

The Heat Transfer Investigation Around A 

High-Pressure gas Turbine rotor Blade 


Baris Gumusel, Sinan Inanli, Ibrahim Eryilmaz, 

Suha Toprak, Tusas Engine Industries, Eskisehir, 

Turkey, Cengiz Camci, The Pennsylvania State 

University, University Park, PA, USA 

Inclusion of an Estimation Method for Heat 

losses in the Design Phase of High-Pressure 

Turbines 


Christoph Starke, Heinz-Peter Schiffer, 

Technische Universität Darmstadt, Darmstadt, 

Germany 

Evaluation of CFD Predictions using Thermal 

Field Measurements on a Simulated Film 

Cooled Turbine Blade leading Edge 


Sibi Mathew, University of Texas at Austin, 

Austin, TX, USA, Silvia Ravelli, Università di 

Bergamo, Dalmine, Italy, David G. Bogard, The 


Flexible non-Intrusive Heat Flux 

Instrumentation for the AFrl research Turbine 


Richard Anthony, John Clark, Stephen Kennedy, 

John M. Finnegan, U.S. Air Force Research 

Laboratory, WPAFB, OH, USA, Dean Johnson, 

James Hendershot, Jim Downs, Florida Turbine 

Technologies, Inc., Jupiter, FL, USA 

Film Cooling Effectiveness Distribution on 

First-Stage Vane Endwall With and Without 

leading-Edge Fillets PArT I: Effect of 

leading Edge geometry 


Yang Zhang, Xin Yuan, Tsinghua University, 

Beijing, Beijing, China 

Flowfield Measurements in a Single row of 

low Aspect ratio Pin-Fins 


Jason K. Ostanek, Karen A. Thole, 

Pennsylvania State University, State College, 

PA, USA 

COMMITTEE: Heat Transfer: Film Cooling • Paper Session Room 224 • WA-11-9 

lEADIng EDgE FIlM COOlIng 

Session Chair: Kenneth landis, Florida Turbine Technologies, Inc., Jupiter, FL, USA 

Session Co-Chair: Jayanta Kapat, Center for Advanced Turbines and Energy Research, University of Central Florida, Orlando, FL, USA 

Analysis of Flow Migration in an ultra 

Compact Combustor 


Brian T. Bohan, Marc Polanka, Air Force 

Institute of Technology, WPAFB, OH, USA 

Characterizing the Effect of radial Vane 

Height on Flame Migration in an ultra 

Compact Combustor 


Kenneth D. Lebay, Marc Polanka, Richard D. 

Branam, Air Force Institute of Technology, 

WPAFB, OH, USA 

HP Vane Aerodynamics and Heat Transfer in 

the Presence of Aggressive Swirl 


Imran Qureshi, University of Oxford, Oxford, 

UK, Andy Smith, Rolls-Royce plc, Derby, 

Derbyshire, UK, Thomas Povey, University of 

Oxford, Oxford, Oxfordshire, UK 

Film Cooling Effectiveness Distribution on 

First-Stage Vane Endwall With and Without 

leading-Edge Fillets PArT II: Effect of of 

Incidence Angle 


Yang Zhang, Xin Yuan, Tsinghua University, 

Beijing, Beijing, China 

COMMITTEE: Heat Transfer: Combustion (with Combustion, Fuels & Emissions) • Paper Session Room 213 • WA-14-3 

COMBuSTOr / TurBInE InTErACTIOnS 

Session Chair: uwe ruedel, Alstom Power Thermal Products - Gas Turbines, Baden, Switzerland • Session Co-Chair: Steven Burd, Pratt & Whitney, East Hartford, CT, USA 

Cogeneration Basics 

Cyrus Meher-Homji, Bechtel Corporation, 

Houston, TX, USA 

Environmental Issues for CHP 

Manfred Klein, National Research Council of 

Canada, Ottawa, Canada 

Historical Evolution of CHP 

Rakesh Bhargava, Foster Wheeler, Houston, 

USA 

Integrated Combustor Turbine Design for 

Improved Aerothermal Performance : Effect of 

Dilution Air Control 


Altug Melik Basol, Kai Regina, Anestis 

Kalfas, ETH Zurich, Zurich, Switzerland, Reza 

S. Abhari, Laboratory for Energy Conversion 

Department of Mechanical and Process 

Engineering ETH Zurich, Zurich, Switzerland 

COMMITTEE: Industrial & Cogeneration • Tutorial Session Room 205 • WA-15-9 

COgEnErATIOn TECHnOlOgIES 

Session Chair: Manfred Klein, National Research Council of Canada, Ottawa, Canada • Session Co-Chair: rakesh Bhargava, Foster Wheeler, Houston, USA 

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8:00 8:30 9:00 9:30 

COMMITTEE: Manufacturing Materials & Metallurgy • Paper Session Room 120 • WA-16-2 

gAS TurBInE MAnuFACTurIng AnD rEPAIr PrOCESSES 

Session Chair: Warren Miglietti, PSM (An Alstom owned company), Jupiter, FL, USA • Session Co-Chair: Claudia rinaldi, RSE spa, MILAN, Italy 

Shot Peening Effect on low Cycle Fatigue 

Properties of Ti-6Al-4V and Inconel 718 


Hiroshi Nakamura, Masahiro Takanashi, Yu 

Itabashi, IHI Corporation, Yokohama, Japan, 

Hiroshi Kuroki, Yusuke Ueda, IHI Corporation, 

Akishima, Japan 

removals for Cause: A 35 year Assessment of 

lM2500 Engine removals by the uSA navy 


Matthew Driscoll, Eric Mcfetridge, US Navy, 

Philadelphia, PA, USA, Jeffrey Patterson, 

Naval Surface Warfare Center - Carderock 

Division, Philadelphia, PA, USA, Craig A. See, 

ITT Corp, Philadelphia, PA, USA 

Aluminizing Turbine Parts Processes and 

Coatings 


Martin Thoma, MT Consulting, Munich, 

Germany, Andrea Scrivani, Carlo Giolli, 

Andrea Giorgetti, Turbocoating SpA, 

Rubbiano, Parma, Italy 

Evolution of the DDg 51 Machinery Control 

System to support SSgTg local controller 

upgrades 


Parag Shah, Scott Kade, NSWCCD-SSES, 

Branch 957, Philadelphia, PA, USA 

repair Process Technology Development & 

Experience Of Frame 7FA+E, Stage 1 Turbine 

Buckets 


Warren Miglietti, Ian Summerside, Juan 

Escudero, Julio Lanza, PSM (An Alstom 

owned company), Jupiter, FL, USA, Zaki 

Zainuddin, Alstom, Dubai, United Arab Emir. 

COMMITTEE: Marine • Paper Session Room 207 • WA-17-4 

MAInTEnAnCE, MOnITOrIng & COnTrOlS 

Session Chair: Andy Cullis • Session Co-Chair: Kenneth Braccio, Honeywell, Phoenix, AZ, USA 

novel Concept for an Air-Pressure Driven 

Micro-Turbine for Power generation 


Michele Focchi, Emanuele Guglielmino, 

Darwin Caldwell, Istituto Italiano di 

Tecnologia, Genova, Italy, Giacomo Persico, 

Politecnico di Milano, Milan, Italy 

Ideal Turbo charger Modelling and 

Simulation using Bond graph Approach 


Amirreza Sheikh Movaghar, K.N.Toosi 

University of Technology, Tehran, Iran, Alireza 

Novinzadeh, Knt University, Tehran, Tehran, 

Iran 

Full Authority Digital Control FADC local 

Operating Panels lOCOP The Foundation For 

Improvement 


Christopher Corso, Brian Connery, Jeremy 

Nichols, NAVSEA Philadelphia, Philadelphia, 

PA, USA, Drew Bigley, NSWCCD-SSES, 


Development of a PlC Based Controller for 

Marine gas Turbine generator 


Amrut Godbole, Ankush Gulati, Indian 

Navy, Lonavla, Maharashtra,India, Alok 

Bhagwat, Larsen and Tourbo, Mumbai, 

Maharashtra,India 

COMMITTEE: Microturbines & Small Turbomachinery • Paper Session Room 118 • WA-18-6 

POrTABlE MICrOTurBInES 

Session Chair: James Kesseli, Brayton Energy, LLC, Hampton, NH, USA • Session Co-Chair: Shaun Sullivan, Brayton Energy LLC, Hampton, NH, USA 

COMMITTEE: Oil & gas Applications • Paper Session Room 222 • WA-19-4 

VIBrATIOn AnD nOISE 

Session Chair: Manoj gupta, Dresser-Rand Company, Houston, TX, USA • Session Co-Chair: Mauro Venturini, University of Ferrara, Ferrara, Italy 

On remaining life Analysis of Turbine Disks 

Subjected to High Thermal Stresses 


Vishwas Iyengar, Stephen M. James, Harold 

Simmons, Southwest Research Institute, San 

Antonio, TX, USA 

Determination of residual Stresses on a 

Centrifugal Compressor Impeller 


Hector Delgado, Jeff Moore, Augusto Garcia 

Hernandez, Southwest Research Institute, 


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8:00 8:30 9:00 9:30 

COMMITTEE: Solar Brayton & rankine Cycle • Paper Session Room 210 • WA-20-3 

COnCEnTrATED SOlAr CyClES & THErMAl STOrAgE 

Session Chair: Craig Turchi, National Renewable Energy Laboratory, Golden, CO, USA • Session Co-Chair: Klaus Brun, Southwest Research Institute, San Antonio, TX, USA 

Concentrated Solar Thermal Downstream of 

the Solar Field - Design and Optimization of 

the Associated Power generation Cycle 


Justin Zachary, Bechtel USA, Frederick, MD, 

USA, Aslan Golant, Natasha Jones, Bechtel 

Power Corp., Frederick, MD, USA 

Disk Crack Detection and Prognosis using 

non Contact Time of Arrival Sensors 


Kam Chana, University of Oxford, Oxford, UK, 

Lauren Gray, Benjamin Hall, Pratt & Whitney, 

E. Hartford, CT, USA, David Cardwell, 

University of Oxford, Oxford, UK 

MW level Solar Powered Combined Cycle 

Plants: Performance Prediction using 

Thermodynamic Methods 


Sudip Ghosh, Soumitra Mukhopadhyay, Bijan 

Kumar Mandal, Bengal Engineering and 

Science University, Shibpur, Howrah, India 

Coupling Failure For Torsional Fatigue: A Multi- 

Disciplinary root Cause Analysis Approach 


Valerio Rossi, GE Oil & Gas Nuovo Pignone, 

Florence, Italy, Luca Antonelli, Lorenzo 

Naldi,Roberto Paolanti, GE Oil & Gas, Florence, 

Italy, Marco Manetti, University of Florence, 

Florence, Italy, Marco Romanelli, GE, Italy 

Design and Experimental Study of Organic 

rankine Cycle (OrC) and radial Turbine 


Seok Hun Kang, Dae Hun Chung, Korea 

Institute of Energy Research, Daejeon, 

Daejeon, Korea (Republic) 

COMMITTEE: Structures & Dynamics: Fatigue, Fracture & life Prediction • Paper Session Room 212 • WA-22-1 

PrOgnOSTICS, DAMAgE DETECTIOn, AnD COMPOnEnT FAIlurE 

Session Chair: Pontus Slottner, Siemens Industrial Turbomachinery AB, Finspong, Sweden • Session Co-Chair: richard S. nelson, Power Systems Mfg., An Alstom Company, Jupiter, FL, USA 

Analysis of The Effects of Parallel And 

Angular Misalignment in Hyperstatic rotors 

Equipped With Oil-Film Bearings 


Paolo Pennacchi, Andrea Vania, Steven 

Chatterton, Politecnico di Milano, Milan, MI, 

Italy 

Modeling of the Dynamic response of a 

Pelton Turbine Hydroelectric Plant 


Paolo Pennacchi, Steven Chatterton, Andrea 

Vania, Politecnico di Milano, Milan, MI, Italy 

Failure Investigation of 1st Stage Buckets 

from Frame 3002, 10 MW gas Turbine unit 


Girish Shejale, David Ross, Masaood John 

Brown, Dubai, United Arab Emir. 

rotor Dynamics Analysis and Testing of a 

Turbomolecular Pump rotor-Bearing System 


Dr. Chih-Neng Hsu, Hsiao-Wei D. Chiang, 

Yu-Meng Huang, Ying-Chia Fu, National 

Tsing Hua University, Hsinchu City, Taiwan, 

Taiwan, Kuo-Hsun Hsu, Chao-Huan Li, Prosol 

Corporation, Hsinchu County, Taiwan 

life Assessment by Fracture Mechanics 

Analysis and Damage Monitoring Technique 

on Combustion liners 


A. Can Altunlu, Peter van der Hoogt, Andre 

de Boer, University of Twente, Enschede, 

Netherlands 

COMMITTEE: Structures & Dynamics: rotordynamics • Paper Session Room 214 • WA-24-3 

rOTOrDynAMIC AnAlySIS II 

Session Chair: Theodore Brockett, Honeywell Aerospace, Phoenix, AZ, USA • Session Co-Chair: Sunil Sinha, GE Aviation, Cincinnati, OH, USA 

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Effects of the Shaft normal Modes on the 

Model-Based Identification of unbalances in 

rotating Machines 


Andrea Vania, Paolo Pennacchi, Steven 


Italy



8:00 8:30 9:00 9:30 

COMMITTEE: Structures & Dynamics: Aerodynamic Excitation & Damping (with Turbomachinery) • Paper Session Room 215/216 • WA-28-4 

TurBOMACHInE AErOElASTICITy AnD COMPuTATIOnAl METHODS II 

Session Chair: Mehdi Vahdati, Imperial College London, London, UK • Session Co-Chair: Bogdan Marcu, Space Exploration Technologies, Hawthorne, CA, USA 

Effect of Tip Clearance on the Prediction 

of non-Synchronous Vibrations in Axial 

Compressors 


Martin Drolet, École Polytechnique de 

Montréal and Pratt & Whitney Canada, 

Longueuil, QC, Canada, Huu Duc Vo, Njuki W. 

Mureithi, École Polytechnique de Montréal, 

Montréal, QC, Canada 

COMMITTEE: Turbomachinery: Axial Turbine Aerodynamics • Paper Session Room 211 • WA-30-4 

TurBInE AErO BOunDAry lAyErS, TrAnSITIOn & SEPArATIOn 

Session Chair: William Solomon, GE Aviation, Cincinnati, OH, USA 

Aerodynamic Measurements on a low 

Pressure Turbine Cascade with Different 

levels of Distributed roughness 


Marco Montis, Reinhard Niehuis, University 

of the Federal Armed Forces Munich, 

Neubiberg, Germany, Andreas Fiala, MTU 

Aero Engines GmbH, Munich, Germany 

Design Optimisation of Casing grooves using 

the Zipper layer Meshing Method 


Ning Qin, Greg Carnie, Yibin Wang, University 

of Sheffield, Sheffield, South Yorkshire, UK, 

Shahrokh Shahpar, Rolls Royce PLC, Derby, 

UK 

numerical Predictions of rotating Stall in an 

Axial Multi-stage-compressor 


Caetano Peng, Rolls-Royce plc., Derby, UK 

Parametric Study of Fluidic Oscillators for 

use in Active Boundary layer Control 


Marion Mack, University of the German 

Armed Forces Munich, Munich, Germany, 

Reinhard Niehuis, University of the German 

Armed Forces Munich, Neubiberg, Germany, 

Andreas Fiala, MTU Aero Engines GmbH, 

Munich, Germany 

Implementation of an Edge-Based navier- 

Stokes Solver for unstructured grids in 

graphics Processing units 


Fernando Gisbert, Industria de 

Turbopropulsores, Altafulla, Tarragona, Spain, 

Roque Corral, Guillermo Pastor, Industria de 

Turbopropulsores S.A., Madrid, Madrid, Spain 

Experimental and numerical Investigation of 

Mistuned Aerodynamic Influence Coefficients 

in an Oscillating lPT Cascade 


Nenad Glodic, Damian Vogt, Torsten H. 

Fransson, Royal Institute of Technology (KTH), 


Studies on Two-Dimensional Contouring 

of High-lift Turbine Airfoil Suction Surface 

as Separation-Control Device: Separation 

Suppresion under Steady-State Flow Conditions 


Ken-ichi Funazaki, Iwate University, Morioka, 

Japan, Nozomi Tanaka, IHI Corporation, Tokyo, 

Japan, Takahiro Shiba, Haruyuki Tanimitsu, 

Masaaki Hamabe, IHI, Tokyo, Japan 

Investigation of Calculated Turbulence 

Parameters For use in Hybrid Broadband Fan 

noise Calculations 


Jeremy Maunus, Sheryl Grace, Douglas 

Sondak, Victor Yakhot, Boston University, 

Boston, MA, USA 

natural Frequency Shift in a Centrifugal 

Compressor Impeller for High-Density gas 

Applications 


Yohei Magara, Kazuyuki Yamaguchi, Hitachi, 

Ltd., Hitachinaka, Ibaraki, Japan, Haruo 

Miura, Naohiko Takahashi, Mitsuhiro Narita, 

Hitachi Plant Technologies, Ltd., Tsuchiura-shi, 


Experimental Comparison of DBD Plasma 

Acuators for low reynolds number 

Separation Control 


Christopher Marks, Rolf Sondergaard, Mitch 

Wolff, Richard Anthony, U.S. Air Force 

Research Laboratory, WPAFB, OH, USA 

COMMITTEE: Turbomachinery: Design Methods & CFD Modeling For Turbomachinery • Paper Session Room 109 • WA-31-2 

THrEE DIMEnSIOnAl CFD METHODS - gEnErAl & COMPrESSOr 

Session Chair: Fu-lin Tsung, GE Aviation, Cincinnati, OH, USA • Session Co-Chair: Song Fu, School of Aerospace, Tsinghua University, Beijing, China 

The Whole Annulus Computations of 

Particulate Flow and Erosion in an Axial Fan 


Hong Yang, Joan Boulanger, National 

Research Council Canada, Institute for 

Aerospace Research, Gas Turbine Laboratory, 

Ottawa, ON, Canada


82 


8:00 8:30 9:00 9:30 

COMMITTEE: Turbomachinery: Steam Turbines • Paper Session Room 202/203 • WA-32-5 

STEAM TurBInE STAgE DESIgn 

Session Chair: Thomas logan, Dresser-Rand, Worcester, MA, USA 

Session Co-Chairs: Sean Jenkins, GE Global Research Munich, Garching bei München, Germany, Pavlos Zachos, Cranfield University, Cranfield, UK 

numerical Optimization of a Steam Turbine 

Control Stage by Flowpath Profiling using 

Evolutionary Algorithm 


Nils Moser, Helmut-Schmidt-University, 

Hamburg, Germany, René Volkert, MAN 

Diesel & Turbo SE, Hamburg, Germany, Franz 

Joos, Helmut-Schmidt-University, Hamburg, 

Germany 

Innovative Variable Turbine Concept For 

Turbochargers 


Elias Chebli, Daimler AG, Stuttgart, Germany, 

Michael Casey, Universität Stuttgart, Stuttgart, 

Germany, Markus Müller, Gernot Hertweck, 

Wolfram Schmid, Daimler AG, Development Heavy 

Duty Engines, Stuttgart, Germany, Siegfried Sumser, 

Daimler AG, Group Research and Advanced 

Engineering Powertrain, Stuttgart, Germany 

Profiled Endwall Design using genetic 

Algorithms with Different Objective 

Functions 


Jamie McIntosh, RAF Cranwell, London, 

UK, Richard MacPherson, Airbus, Bristol, 

UK, Grant Ingram, Simon Hogg, Durham 

University, Durham, County Durham, UK 

An Investigation Into Improving Off-Design 

Performance In A Turbocharger Turbine 

utilizing non-radial Blading 


Jason Walkingshaw, Stephen Spence, 

Queen’s University Belfast, Belfast, Antrim, 

UK, Jan Ehrhard, IHI Charging System 

International GmbH, Heidelberg, Germany, 

David Thornhill, The Queen’s University 

Belfast, Belfast, Antrim, UK 

Design Considerations For Axial Steam Turbine 

rotor Inlet Cavity Volume And length Scale 


Konstantinos G. Barmpalias, ETH Zürich, 

Zurich, Switzerland, Anestis I. Kalfas, 

Aristotle University of Thessaloniki, 

Thessaloniki,Greece, Reza S. Abhari, 



Zurich, Zurich, Switzerland, Toshio Hirano, 

Takashi Sasaki, Naoki Shibukawa, Toshiba 

Corporation, Yokohama, Japan 

Investigation on rotor Tip leakage Control 

by Casing Air Injection for a radial Inflow 

Turbine 


Da XU, Qinghua Deng, Zhenping Feng, Xi’an 

Jiaotong University, Xi’an, China 

Performance Analysis of a 565 Mw Steam 

Power Plant 


Ricardo Chacartegui, David Sánchez, José 

A. Becerra, Antonio Muñoz, Tomás Sánchez, 

Universidad de Sevilla, Sevilla, Spain 

COMMITTEE: Turbomachinery: radial Turbomachinery • Paper Session Room 220 • WA-33-1 

TurBOCHArgEr AnD InDuSTrIAl TurBInE AErODynAMICS 

Session Chair: ricardo Martinez-Botas, Imperial College London, London, UK • Session Co-Chair: yangjun Zhang, Tsinghua University, Beijing, China 

Boundary layer Control for a Vertical Axis 

Wind Turbine using a Secondary-Flow Path 

System 


Alexandrina Untaroiu, Archie Raval, Houston 

G. Wood, Paul E. Allaire, University of 

Virginia, Charlottesville, VA, USA 

Start-up Behavior of a Three-bladed 

H-Darrieus VAWT: Experimental and 

numerical Analysis 


Lorenzo Ferrari, Alessandro Bianchini, 

Sandro Magnani, University of Florence, 


Water-Tank Experimental Testing of a Drag- 

Driven Variable-Blade geometry VAWT 


Marco Raciti Castelli, University of Padova, 

Padova, Italy, Igor Zotti, University of Trieste, 

Trieste, Italy, Ernesto Benini, University of 

Padova, Padova, Italy 

Computational Investigation of the Three- 

Dimensional Flow Structure and losses in a 

low reynolds number Microturbine 


Mohamed Omri, Luc Frechette, Université, 

Sherbrooke, Sherbrooke, QC, Canada 

COMMITTEE: Wind Turbine Technology • Paper Session Room 208/209 • WA-37-4 

VErTICAl AXIS WInD TurBInES 

Session Chair: Anurag gupta • Session Co-Chair: Sarah Barber, ETH Zurich, Zurich, Switzerland 

Experimental Study and Optimization of a 2.44 

Meter Vertical Axis Wind Turbine 


Brad Nichols, Timothy Dimond, Paul E. 

Allaire, University of Virginia, Charlottesville, 

VA, USA, Josh Storer, Thomas Nelson 

Community College, Winchester, VA, USA


WEDNESDAY, JUNE 8: 10:15 a.m. - 12:15 p.m. 

10:15 10:45 11:15 11:45 

COMMITTEE: aircraft Engine • Paper Session Room 208/209 • WB-1-9 

InLETS and nOzzLES (ParT 1/2) 

Session Chair: angela Scribben, AFRL/RBAI, WPAFB, OH, USA • Session Co-Chair: Michael Kirby, Pratt & Whitney, West Palm Beach, FL, USA 

assessment Of Scavenge Efficiency for a 

Helicopter Particle Separation System 


leiyong jiang, NRCC, Ottawa, ON, Canada, 

Michael Benner, National Research Council 

of Canada, Ottawa, ON, Canada, Jeff Bird, 

NRC Canada, Ottawa, ON, Canada 

COMMITTEE: Ceramics • Paper Session Room 215/216 • WB-2-6 

CMC PErfOrManCE and dEMOnSTraTIOnS 

Session Chair: david Brewer, National Aeronautics and Space Administration, Hampton, VA, USA • Session Co-Chair: Sung Choi, Naval Air Systems Command, Patuxent River, MD, USA 

Two-dimensional nonlinear finite Element 

analysis of CMC Microstructures 


Subodh Mital, The University of Toledo, 

Toledo, OH, USA, Robert Goldberg, NASA 

Glenn Research Center, Cleveland, OH, USA, 

Peter Bonacuse, NASA, Brook Park, USA 

Separation Of Particles In The Secondary air 

System Of Gas Turbines 


Natalia Garcia Villora, Karlsruher Institut fuer 

Technologie (KIT), Karlsruhe, Germany, Klaus 

Dullenkopf, Karlsruher Institut für Technologie 

(KIT), Karlsruhe, Germany, Hans Joerg 

Bauer, Karlsruhe Institut of Technology (KIT), 

Karlsruhe, Baden-Württemberg, Germany 

Strength degradation of Oxide/Oxide and 

SiC/SiC Ceramic Matrix Composites in CMaS 

and CMaS/SaLT Exposures 


Sung Choi, Naval Air Systems Command, 

Patuxent River, MD, USA, D. Calvin Faucett, 

NAVAIR, Patuxent River, MD, USA 

Investigations on the Influence of altitude 

Conditions on Mixed Exhaust Systems 


Alexander Kloetzer, Institut fuer Luftfahrtantriebe, 

Universitaet Stuttgart, Stuttgart, Baden- 

Wuerttemberg, Germany, Stephan Staudacher, 

Institute of Aircraft Propulsion Systems, Stuttgart 

University, Stuttgart, Germany, Matthias 

Weissschuh, Rolls-Royce Deutschland Ltd & Co 

KG, Blankenfelde-Mahlow, Germany 

Modeling foreign Object damage to CVI 

MI SiC/iBn/SiC, n720/aS Oxide/Oxide, 

and HIPErCOMPTM 2d SiC/SiC Ceramic 

Composite Components In Gas Turbine Engines 

at ambient and Elevated Temperatures 


Cody Godines, Frank Abdi, HeeMann Yun, 

Alpha STAR Corporation, Long Beach, CA, 

USA, Gregory Morscher, University of Akron, 

Akron, OH, USA 

Modeling of Inlet distortion using a Combined 

Turbofan and nacelle Inlet Model during 

Crosswind and Low Speed forward Operation 


Kiran Vunnam, Honeywell Technology 

Solutions, Hyderabad, Andra Pradesh (01), 

India, Robert Hoover, Honeywell Engines and 

Systems, Phoenix, AZ, USA 

Effects of Target Size on foreign Object 

damage in Gas-Turbine Grade Silicon 

nitrides by Steel Ball Projectiles 


Sung Choi, Naval Air Systems Command, 

Patuxent River, MD, USA, Zsolt Racz, FACC, 

Ried in Innkreis, Austria 

COMMITTEE: Coal, Biomass & alternative fuels • Paper Session Room 116/117 • WB-3-5 

nuMErICaL SIMuLaTIOn fOr aLTErnaTE fuELS 

Session Chair: Lei-Yong Jiang, NRCC, Ottawa, ON, Canada • Session Co-Chair: Prashant Tiwari, GE Global Research Center, Niskayuna, NY, USA 

Experimental and numerical analysis 

of a Microgasturbine fed by natural Gas 

and Synthesis Gas: MGT Test Bench and 

Combustor Cfd analysis 


Margherita Cadorin, Michele Pinelli, Anna 

Vaccari, University of Ferrara, Ferrara, Italy, 

Raffaela Calabria, Fabio Chiariello, Patrizio 

Massoli, Istituto Motori CNR, Napoli, Italy, 

Enrico Bianchi, Turbec S.p.A., Cento, Italy 

dME as a Potential alternative fuel for 

Gas Turbines: a numerical approach to 

Combustion and Oxidation Kinetics 


Pierre Alexandre Glaude, CNRS, Nancy, 

France, René Fournet, LRGP CNRS, Nancy, 

France, Roda Bounaceur, LRGP CNRS, Nancy- 

Université, Nancy, France, Michel Moliere, 

GE Energy Europe, Belfort, France 

Modeling of Biodiesel fueled Micro Gas 

Turbine 


Farshid Zabihian, Ryerson University, 

Toronto, ON, Canada, Hsiao-Wei D. Chiang, 

National Tsing Hua University, Hsinchu 

City, Taiwan,Taiwan, Alan S. Fung, Ryerson 

University, Toronto, ON, Canada


84 


10:15 10:45 11:15 11:45 

COMMITTEE: Combustion, fuels & Emissions • Paper Session Room 110 • WB-4-18 

COMBuSTOr dIaGnOSTICS, dESIGn and dEVELOPMEnT I 

Session Chair: Carlos arana, USA Air Force, Wright-Patterson AFB, OH, USA • Session Co-Chair: Holger Streb, Siemens AG Energy Sector, Muelheim an der Ruhr, Germany 

determination of the Heat release 

distribution in Turbulent flames by a Model 

Based Correction of OH* Chemiluminescence 


Martin Lauer, Mathieu Zellhuber, Technische 

Universität München, Garching, Germany, 

Christopher J. Aul, Texas A&M University, 

College Station, TX, USA, Thomas 

Sattelmayer, Technische Universität 

München, Garching, Germany 

COMMITTEE: Combustion, fuels & Emissions • Paper Session Room 114/115 • WB-4-27 

fuEL InJECTIOn, MIxInG & VaPOrIzaTIOn III 

Session Chair: Wajid Chishty, National Research Council Canada, Ottawa, ON, Canada • Session Co-Chair: alex Prociw, Goodrich Engine Components, West Des Moines, IA, USA 

Increasing the Passive Scalar Mixing Quality 

of Jets in Crossflow With fluidics actuators 


Arnaud Lacarelle, DLR, Stuttgart, Germany, 

Oliver Paschereit, H.F.I TU Berlin, Berlin, 

Germany 

novel dynamic rotor and Blade deformation 

and Vibration Monitoring Technique 


Thorsten Pfister, Philipp Günther, Florian 

Dreier, Jürgen Czarske, Technische 

Universität Dresden, Dresden, Germany 

a method to obtain planar mixture fraction 

statistics in turbulent flows seeded with 

tracer particles. 


Matthias Pernpeintner, Technische 

Universitaet Muenchen, Munich, Germany, 

Martin Lauer, Christoph Hirsch, Thomas 



Effect of Mixing Quality on nOx Emissions in 

reheat Combustion of GT24 & GT26 Engines 


Michael Düsing, Andrea Ciani, Adnan Eroglu, 


Enhanced Static-dynamic Pressure 

Transducer for the detection of acoustic 

Level flow Instabilities in Gas Turbine 

Engines 


Adam Hurst, Scott J. Goodman, Boaz 

Kochman, Alex A. Ned, Kulite Semiconductor 

Products, Inc., Leonia, NJ, USA 

Taking-off under Tropical Storm : a new 

Steam Injection feature in the K9 Combustion 

Test rig of dGa aero-engine Testing 


Vincent Plana, Franck Hervy, Jérôme Serre, 

DGA - Aero-engine Testing, Orsay, France 

Injection of Subcritical and Supercritical 

aviation Kerosene into a High-Temperature 

and High-Pressure Subsonic Crossflow 


Xin Xue, School of Jet Propulsion, Beijing 

Univ. of Aeronautics and Astronautics, Beijing, 

China, Wei Gao, The 11th Research Institute 

of CASC, Xi’an, China, Quanhong Xu, Yuzhen 

Lin, School of Jet Propulsion, Beijing Univ. of 

Aeronautics and Astronautics, Beijing, China, 

Chih-Jen Sung, Department of Mechanical 

Engineering, University of Connecticut, Storrs, 

CT, USA 

Multi Parameter Optical Sensing for Harsh 

Environment Static and dynamic Pressure 

Sensing Corrected for Large Temperature 

Swings 


Arnold Harpin, Oxsensis Ltd, Didcot, 

Oxfordshire, UK 

Suppression of nOx Emission of a Lean 

Staged Combustor for an aircraft Engine 


Hitoshi Fujiwara, Kazuo Shimodaira, 

Shigeru Hayashi, Kazuaki Matsuura, Japan 

Aerospace Exploration Agency, Tokyo, Japan, 

Masayoshi Kobayashi, Takeo Oda, Atsushi 

Horikawa, Ryusuke Matsuyama, Hideki 

Ogata, Yasuhiro Kinoshita, Kawasaki Heavy 

Industries.Ltd GTBC, Akashi shi, Japan 

Overview of fuel Injection Techniques for 

Scramjet Engines 


Wei Huang, National Univ. Of Defense 

Technology, Changsha, Hunan, China, Mohamed 

Pourkashanian, University of Leeds, Leeds, 

UK, Zhen-guo Wang, National Univ. Of Defense 

Technology, Changsha, Hunan, China, Lin Ma, 

Derek B Ingham, University of Leeds, Leeds, 

UK, Shi-bin Luo, Jun Liu, Zhi-xun Xia, Jing Lei, 

Liang Jin, National Univ. Of Defense Technology, 

Changsha, Hunan, China, Zhong-wei Wang, 

National University of Defense Technology, 

Changsha, Hunan, China 

COMMITTEE: Controls, diagnostics & Instrumentation • Paper Session Room 202/203 • WB-5-12 

SEnSOr TECHnOLOGY 

Session Chair: Vivek Badami, General Electric, Schenectady, NY, USA 

Blade Tip Measurement advanced 

Visualization using a Three dimensional 

representation 


Michael A. Hafner, Scott A. Billington, Meggitt, 

Fribourg, Fribourg, Switzerland, Thomas A. Holst, 

Meggitt SA, Fribourg, Fribourg, Switzerland



10:15 10:45 11:15 11:45 

COMMITTEE: Cycle Innovations • Paper Session Room 122 • WB-6-11 

nOVEL CYCLES 

Session Chair: Tong Seop Kim, Inha University, Incheon, Korea (Republic) 

repowering of a rankine Cycle Power Plant 

by Means of Concentrating Solar Collectors 



University of Bari, Bari, Italy, Bernardo 

Fortunato, Politecnico di Bari, Bari, Italy, 

Alessandro Saponaro, Center for Combustion 

and Environment, Gioia del Colle (BA), Bari, Italy 

design of a rich Internet application for Gas 

Turbine Engine Simulations 


Crosby Johnson, United Technologies 

Hamilton Sundstrand / San Diego State 

University, San Diego, CA, USA, Christopher 

P. Paolini, Subrata Bhattacharjee, San Diego 

State University, San Diego, CA, USA 

development and Testing Of Sustainable 

refrigeration Plants 


Luciano A. Catalano, Polytechnic of Bari, Bari, 

Italy, Fabio De Bellis, Riccardo Amirante, 

Politecnico di Bari, Bari, Italy 

aerodynamic design, analysis, Integration, 

and Optimization Tool for Centrifugal 

Compressor OEM 


Yuri Biba, Dresser-Rand, Olean, NY, 

USA, Julie Maier, Rochester Institute of 

Technology, Rochester, NY, USA 

Energy and Exergy analysis of 

Thermoacoustics assisted Gas Turbine 

Engines 


Kaveh Ghorbanian, Sharif University of 

Technology, Azadi Ave.,Iran, Mohsen Karimi, 

Sharif University of Technology, Tehran, Iran 

COMMITTEE: Education • Paper Session Room 204 • WB-7-2 

dESIGn aPPLICaTIOnS II 

Session Chair: Balkrishna S. annigeri, United Technologies Pratt & Whitney, East Hartford, CT, USA • Session Co-Chair: Mark Turner 

functional analysis and Exergoeconomic 

Evaluation for the Combined Production of 

Electromechanical Power and useful Heat of 

a Cogeneration Power Plant 


Washington Orlando Irrazabal Bohorquez, 

Aeronautical Institute of Technology, São 

José dos Campos, São Paulo, Brazil, João 

Roberto Barbosa, Technological Institute 

of Aeronautics, São José dos Campos, São 

Paulo, Brazil 

Thermo-Economic Optimization of the 

CCPP design with Supplementary firing 

Considering Off-design Performance and 

Operating Profile 


Enrico Conte, Camille Pedretti, ALSTOM 


design Build and Virtually fly: Investigation 

of the B-1a cruise performance with f101 

engines compared with its re-engined 

performance using f119 engines. 


AJ Rolling, USAFA, USAFA, CO, USA 

COMMITTEE: Electric Power • Paper Session Room 211 • WB-8-3 

THErMO-ECOnOMIC OPTIMIzaTIOn Of GaS TurBInE BaSEd POWErPLanTS 

Session Chair: Philip andrew • Session Co-Chair: Jeffrey Benoit, PSM - An Alstom Company, Jupiter, FL, USA 

The role Of Simple and Combined Cycles In 

renewable applications deployment 


Justin Zachary, Bechtel USA, Frederick, MD, 

USA 

R 

Process flow Model of Combined High 

Temperature fuel Cell Operated with Mixture 

of Methane and Carbon dioxide 


Farshid Zabihian, Alan S. Fung, Ryerson 

University, Toronto, ON, Canada


86 


10:15 10:45 11:15 11:45 

COMMITTEE: Heat Transfer: General Interest • Paper Session Room 222 • WB-10-9 

InTErnaL HEaT TranSfEr auGMEnTaTIOn I 

Session Chair: Sanjay Chopra, General Electric, Schenectady, NY, USA • Session Co-Chair: Carlo Carcasci 

numerical Comparison of Heat Transfer and 

Pressure drop in Gas Turbine Blade Cooling 

Channels with dimples and rib-Turbulators 


Ryo Amano, Krishna Guntur, Jose Martinez- 

Lucci, Sourabh Kumar, University of 

Wisconsin-Milwaukee, Milwaukee, WI, USA 

The nEKOMIMI Cooling Technology: Cooling 

Holes with Ears for High-Efficient film Cooling 


Karsten Kusterer, Anas Elyas, B&B-AGEMA, 

Aachen, Germany, Dieter Bohn, RWTH Aachen 

University, Aachen, Germany, Takao Sugimoto, 

Ryozo Tanaka, Masahide Kazari, Kawasaki 

Heavy Industries, LTD., Akashi, Japan 

Heat Transfer Enhancement due to Combination 

of dimples, Protrusions, and ribs in narrow 

Internal Passage of Gas Turbine Blade 


Akira Murata, Satomi Nishida, Hiroshi 

Saito, Kaoru Iwamoto, Tokyo University of 

Agriculture and Technology, Koganei, Tokyo, 

Tokyo, Japan, Yoji Okita, Chiyuki Nakamata, 

IHI Corporation, Tokyo, Japan 

an Investigation of Treating adiabatic Wall 

Temperature as the driving Temperature in 

film Cooling Studies 


lei zhao, Ting Wang, University of New 


Local Heat Transfer Characteristics In Channels 

With Pin fin and Pin fin-dimple arrays 


Yu Rao, Shanghai Jiaotong University, Dept. 

Mechanical Power Engineering, Shanghai, 

China, Chaoyi Wan, Dept Mechanical Power 

Eng., Shanghai Jiaotong University, Shanghai, 

China, Yamin Xu, Shusheng Zang, Shanghai 

Jiaotong University, Shanghai, China 

detailed Local Heat Transfer Measurements 

in a Model of a dendritic Gas Turbine Blade 

Cooling design 


James Batstone, David Gillespie, University 

of Oxford, Department of Engineering 

Science, OXFORD, UK, Eduardo Romero, 

Rolls-Royce plc, Bristol, UK 

Effects Of Pin detached Space On Heat 

Transfer In a rib roughened Channel 


Sin Chien Siw, Minking chyu, University of 

Pittsburgh, Pittsburgh, PA, USA, Mary Anne 

Alvin, US DOE National Energy Technology 

Laboratory, Pittsburgh, PA, USA 

COMMITTEE: Heat Transfer: film Cooling • Paper Session Room 217/218 • WB-11-8 

InnOVaTIVE fILM COOLInG aPPrOaCHES 

Session Chair: Phil Ligrani • Session Co-Chair: Hee-Koo Moon, Solar Turbines Incorporated, San Diego, CA, USA 

High Pressure Turbine Low radius radial 

TOBI discharge Coefficient Validation 

Process 


Alexander MirzaMoghadam, Honeywell 

Aerospace, Phoenix, USA, ardeshir riahi, 

Mark Morris, Honeywell International, 


Cfd analyses of HPT blade air delivery 

system with and without impellers 


Charles Wu, Kevin McCusker, Pratt & 

Whitney, East Hartford, CT, USA, Boris 

Vaisman, Columbia University, New York, NY, 

USA 

Cfd Simulations of flow and Heat Transfer 

in a Pre-Swirl System: Influence of rotating- 

Stationary domain Interface 


Joachim Karnahl, Jens von Wolfersdorf, 

Universität Stuttgart, Stuttgart, Germany, Kok- 

Mun Tham, Siemens Energy Inc., Orlando, FL, 

USA, Gary Lock, Mike Wilson, University of 


The Effects of Conjugate Heat Transfer on the 

Thermal field above a film Cooled Wall 


Jason Dees, Gustavo Ledezma, Gregory 

Laskowski, GE Global Research, Niskayuna, 

NY, USA, David G. Bogard, The University of 

Texas at Austin, Austin, TX, USA 

COMMITTEE: Heat Transfer: Internal air and Seals (with Turbomachinery) • Paper Session Room 224 • WB-12-5 

COOLInG aIr dELIVErY 

Session Chair: John Chew, University of Surrey, Guildford, Surrey, UK • Session Co-Chair: J. axel Glahn, Pratt & Whitney, Manchester, CT, USA 

a Comparative Study Of Cascade Vanes and 

drilled nozzle designs for Pre-Swirl 


Umesh Javiya, Nick Hills, John Chew, 

University of Surrey, Guildford, Surrey, UK, 

Timothy Scanlon, Rolls-Royce plc, Derby, UK



10:15 10:45 11:15 11:45 

COMMITTEE: Manufacturing Materials & Metallurgy • Paper Session Room 120 • WB-16-4 

MaTErIaL PrOPErTIES and MICrOSTruCTurE 

Session Chair: Warren Miglietti, PSM (An Alstom owned company), Jupiter, FL, USA • Session Co-Chair: Chang Yong Jo, Korea Institute of Materials Science, Changwon/Kyungnam, Korea (Republic) 

Thermodynamic and Kinetic Modeling of 

Precipitation Phenomena in P9 Steels 


Hari K.C., Kumar, V.B. Rajkumar, IIT Madras, 

Chennai, India, S. Raju, Indira Gandhi Center 

for Atomic Research, Kalpakkam, India 

COMMITTEE: Marine • Panel Session Room 118 • WB-17-6 

STEaM TurBInE dESIGn and MaInTEnanCE 

Session Chair: Eric Kolb, Naval Surface Warfare Center, Philadelphia, PA, USA • Session Co-Chair: John Shields, Naval Surface Warfare Center, Philadelphia, PA, USA 

Steam Turbine fundamentals 101-The Inside Story 

Frank Conlow, Siemens Demag Delaval 

Turbomachinery, Inc., Hamilton, USA 

an Investigation of the flow Structures and 

flow Control in a Variable Geometry Turbine 


Huang Lei, Weilin Zhuge, Yangjun Zhang, 

Tsinghua University, Beijing, Beijing, China, 

Lifeng Hu, : National Key Laboratory of Diesel 

Engine Turbocharging Technology, Datong, 

Shanxi, China 

Characterization of Pre- and Post-Service Grain 

Boundary Phases in a Cast austenitic Steel 


Raymond Unocic, Bruce Pint, Oak Ridge 

National Laboratory, Oak Ridge, TN, USA, 

Mark Lipschutz, Solar Turbines, Inc., San 

Diego, CA, USA, Kinga Unocic, Oak Ridge 

National Laboratory, Oak Ridge, TN, USA 

Steam Turbine In-service Maintenance 

Eric Kolb, Naval Surface Warfare Center, 


numerical Investigation of different Casing 

Treatments on Performance of a High Speed 

Centrifugal Compressor Stage 


Yan Ma, Xi Guang, Xi’an Jiaotong Univ, 

Xi’an, Shaanxi, China, Guangkuan Wu, Xi’an 

University Of Technology, Xi’an, Shaanxi, 

China 

Mechanical Property Variability of Cast nibase 

Superalloy IGT Components 


Cynthia Klein, Hans-Juergen Kiesow, 

Siemens Energy, Orlando, FL, USA, Phillip 

Gravett, Siemens Energy Inc., orlando, FL, 

USA 

Steam Turbine In-service Monitoring 

John Shields, Naval Surface Warfare Center, 


COMMITTEE: Microturbines & Small Turbomachinery • Paper Session Room 111/112 • WB-18-7 

COMPOnEnT dESIGn & OPTIMIzaTIOn 

Session Chair: Vishwas Iyengar, Southwest Research Institute, San Antonio, TX, USA • Session Co-Chair: Savad Shakariyants, Micro Turbine Technology MTT, Eindhoven, Netherlands 

Integrated Optimization design for a 

radial Turbine Wheel of a 100kW-Class 

Microturbine 


Lei Fu, Yan Shi, Qinghua Deng, Huaizhi Li, 

Zhenping Feng, Xi’an Jiaotong University, 

Xi’an, Shaanxi Province, China 

Low Cycle fatigue Characteristics of a Low- 

Thermal Expansion, High Strength alloy 

(HaYnES® 242® alloy) 


Lee Pike, S. Krishna Srivastava, Haynes 

International, Kokomo, IN, USA 

numerical Meanline analysis and Overall 

Performance Prediction Of radial Inflow 

Turbine for a 600 Kw Cycle Gas Engine 


Rubén Alexis Miranda Carrillo, Univerdidade 

Federal De Itajubá, Itajubá - Minas Gerais, 

Minas Gerais, Brazil, Marco Antonio Rosa do 

Nascimento, Federal University of Itajubá- 

UNIFEI, Itajubá, MG, Brazil 

COMMITTEE: Oil & Gas applications • Tutorial Session Room 205 • WB-19-11 

CEnTrIfuGaL COMPrESSOr dYnaMICS 

Session Chair and Instructor: Klaus Brun, Southwest Research Institute, San Antonio, TX, USA 

COMMITTEE: Solar Brayton & rankine Cycle • Tutorial Session Room 207 • WB-20-5 

COnCEnTraTEd SOLar POWEr PLanT BaSICS 

Session Chair: Klaus Brun, Southwest Research Institute, San Antonio, TX, USA • Session Co-Chair: Craig Turchi, National Renewable Energy Laboratory, Golden, CO, USA 

Concentrated Solar Power 

Tim Allison, Southwest Research Institute, 


Concentrated Solar Power Plants 

Vishwas Iyengar, Southwest Research 


Concentrated Solar Power Plants 

Melissa Wilcox, Vishwas Iyengar, Tim 

Allison, Southwest Research Institute, San 


R 

R 

R


88 


10:15 10:45 11:15 11:45 

COMMITTEE: Structures & dynamics: fatigue, fracture & Life Prediction • Paper Session Room 213 • WB-22-2 

COMPOnEnT STruCTuraL anaLYSIS and OPTMIzaTIOn 

Session Chair: ashok Koul, Life Prediction Technologies Inc., Ottawa, ON, Canada • Session Co-Chair: Hans-Juergen Kiesow, Siemens Energy, Orlando, FL, USA 

remaining Life assessment Technology 

applied to Steam Turbines and Hot Gas 

Expanders 


Phillip Dowson, David Dowson, Elliott Group, 

Jeannette, PA, USA 

rotating Machine Critical Speed Suppressing 

by using Electromagnetic actuators 


Johan Der Hagopian, Jarir Mahfoud, 

Université de Lyon - LaMCoS, Villeurbanne, 

France 

a residual Stress Measurement Technique 

for Turbine Blade dovetails 


Takerou Kawamura, Masanobu Baba, 

Yukihisa Sugiyama, Naoto Ozawa, IHI 

Corporation, Tokyo, Tokyo, Japan 

Stability of flexible rotors with a Leblanc 

Balancer 


Leonardo Urbiola-Soto, Marcelo Lopez-Parra, 

Universidad Nacional Autonoma de Mexico, 

Queretaro, Queretaro, Mexico 

Lifing requirement Based Turbine airfoil 

Mass Estimation Method in Conceptual aero- 

Engine design 


Stefan Bretschneider, Hermann Klingels, Fabian 

Donus, MTU Aero Engines, München, Germany, 

Meinrad Weisser, Universität Stuttgart, Stuttgart, 

Germany 

non-Linearities in an aero Engine Casing -a 

Case Study 


Giridhar RK, Gas Turbine Research 

Establishment, Bangalore, Karnataka, India, 

Pravin Kumar K, Sanjay Barad, GTRE, Bangalore, 

Karnataka, India, Suresh Kumar, Gas Turbine 

Research Establishmentd, Bangalore, India 

Method to Evaluate Service Boundary 

Conditions for Gas Turbine Stator Structure 

by using Inverse analysis 


Yasushi Hayasaka, Hitachi, Ltd., Hitachi City, 

Ibaraki, Japan, Masaru Sekihara, Hitachi, 

Ltd., Hitachi, Japan 

COMMITTEE: Structures & dynamics: rotordynamics • Paper Session Room 214 • WB-24-4 

rOTOrdYnaMICS anaLYSIS III 

Session Chair: Paolo Pennacchi, Politecnico di Milano, Milan, MI, Italy • Session Co-Chair: Sumit Singhal, Siemens Industry Inc, Norwood, OH, USA 

analytical forces parameters identification of 

hybrid journal gas bearing based on transfer 

function 


Guanghui Zhang, Zhansheng Liu, Guilong 

Wang, Jiajia Yan, Harbin Institute of 

Technology, Harbin, Heilongjiang, China 

Experimental analysis of dynamic 

Characteristics of a Hybrid aerostatic Bearing 


Laurent Rudloff, Mihai Arghir, Université de 

Poitiers, Futuroscope Chasseneuil, France, 

Olivier Bonneau, Universite de Poitiers, Institut 

Prime, France, Sebastien Guingo, Guillaume 

Chemla, SNECMA Space Engine Division, 

Vernon, Cedex, France, Emelyne Renard, Centre 

National d’Etudes Spatiales, Evry, CEDEX, France 

numerical simulation and full scale landing 

test of a 12.5 MW vertical motorcompressor 

levitated by active magnetic bearings 


Andrea Masala, Giuseppe Vannini, GE 

Oil&Gas, Florence, Italy, David Ransom, Jeff 

Moore, Southwest Research Institute, San 

Antonio, TX, USA, Luc Baudelocque, S2M, St 

Marcel, France 

dynamic Characteristic analysis Of a rotor 

Bearing System using Global assumed Mode 

Method With different Polynomial functions 


Ting-Nung Shiau, National Chung Cheng 

University, Chia-Yi,Taiwan, J. R. Chang, C. Y. 

Liao, Department of Mechanical Engineering, 

Taiwan, China, Taiwan, China, C. H. Kang, 

Department of Greenergy, Taiwan, China 

COMMITTEE: Structures & dynamics: Bearing & Seal dynamics • Paper Session Room 121 • WB-25-4 

BEarInGS IV - HYBrId and COnTrOLLaBLE fOrMS 

Session Chair: Patrick Keogh, University of Bath, Bath, UK 

COMMITTEE: Turbomachinery: axial fan & Compressor aerodynamics • Paper Session Room 212 • WB-29-7 

dESIGn, anaLYSIS, and TEST III 

Session Chair: Mark Celestina, NASA Glenn Research Center, Cleveland, OH, USA • Session Co-Chair: Giridhar Jothiprasad, General Electric - Global Reseach, Niskayuna, NY, USA 

Tip Clearance Investigation of a ducted 

fan used in VTOL uaVS Part 1: Baseline 

Experiments and Computational Validation 


Cengiz Camci, Ali Akturk, The Pennsylvania 

State University, University Park, PA, USA 

Tip Clearance Investigation of a ducted fan 

used in VTOL uaVS Part 2: novel Treatments 

Via Computational design and Their 

Experimental Verification 


Cengiz Camci, Ali Akturk, The Pennsylvania 

State University, University Park, PA, USA 

The Influence of Suction-Side Winglet on Tip 

Leakage flow in Compressor Cascade 


Jingjun Zhong, Shaobing Han, Peng Sun, 

Dalian Maritime University, Dalian, China 

R



10:15 10:45 11:15 11:45 

COMMITTEE: Turbomachinery: design Methods & Cfd Modeling for Turbomachinery • Paper Session Room 109 • WB-31-4 

THrEE dIMEnSIOnaL Cfd METHOdS TurBInE 

Session Chair: dirk nuernberger, Siemens AG, Muelheim, Germany • Session Co-Chair: Paul Vitt 

The role of Streamwise Vorticity in flows 

Over Turbomachine Blade Suction Surfaces 


Jonathan Paul Gostelow, W Andrew 

McMullan, University of Leicester, Leicester, 

UK, Gregory J. Walker, University of 

Tasmania, Hobart, Tasmania, Australia, Ali 

Mahallati, National Research Council of 

Canada, Ottawa, ON, Canada 

a Correlation between Vibration Stresses 

and flow features of Steam Turbine Long 

Blades in Low Load Conditions 


Naoki Shibukawa, Yoshifumi Iwasaki, Itaru 

Murakami, Ikuo Saito, Tomohiro Tejima, 

Toshiba Corporation, Yokohama, Japan 

Cfd aerodynamic Performance Validation of 

a Two-Stage High Pressure Turbine 


Sridhar Murari, Honeywell Technlogy 

Solutions Lab Pvt Ltd, Hyderabad, Andhra 

Pradesh, India, Sathish Sunnam, Honeywell 

Technology Solutions Pvt Ltd, Hyderabad, 

Andhra Pradesh,India, Jong S. Liu, Honeywell 

Aerospace, Phoenix, AZ, USA, Shraman 

Goswami, Honeywell Technology Solutions 

Limited, Bangalore, India 

forced response Prediction for Steam 

Turbine Last Stage Blade Subject to Low 

Engine Order Excitation 


Bin Zhou, GE Energy, Schenectady, NY, USA, 

Andrew Coleman, GE Energy Steam Turbine 

Engineering, Schenectady, NY, USA, Amir 

Mujezinovic, GE Energy, Schenectady, NY, 

USA, Wei Ning, GE Energy, Greenville, SC, 

USA, Asif Ansari, General Electric Company, 

Bangalore, Karnataka,India 

Transition Modelling for Vortex Generating 

Jets on Low-Pressure Turbine Profiles 


Florian Herbst, Institute of Turbomachinery 


Hannover, Hannover, Niedersachsen, 

Germany, Dragan Kozulovic, TU 

Braunschweig, Braunschweig, Germany, 

Joerg R. Seume, Institute of Turbomachinery 



Testing of full Speed no Load Operating 

Conditions in a Subscale Steam Turbine Test 

Vehicle 


John Basirico, Bin Zhou, Amir Mujezinovic, 

GE Energy, Schenectady, NY, USA, Yuri 

Starodubtsev, GE Energy, Moscow, Russia, 

Boris Frolov, GE Energy Moscow, Moscow, 

Russia 

a Validation of Commercial flow Solver 

Performance on Hybridised Octree Meshes 


W.P. Kellar, S.A Harvey, Cambridge Flow 

Solutions Ltd, Cambridge, UK, Bill Dawes, 

University of Cambridge, Cambridge, UK 

COMMITTEE: Turbomachinery: Steam Turbines • Paper Session Room 210 • WB-32-6 

STEaM TurBInE LOW PrESSurE BLadES aErO-MECHanICS 

Session Chair: amir Mujezinovic, GE Energy, Schenectady, NY, USA • Session Co-Chair: Simon Hogg, Durham University, Durham, Co. Durham, UK 

Performance Evaluation of an unsteady 

Turbine driven by a Pulsed detonation 



Kurt Rouser, US Air Force, Dayton, OH, USA, 

Paul I. King, Air Force Institute of Technology, 

Wright-Patterson AFB, OH, USA, Frederick 

R. Schauer, Rolf Sondergaard, U.S. Air Force 

Research Laboratory, WPAFB, OH, USA, John 

L. Hoke, Innovative Scientific Solutions, Inc., 

Dayton, OH, USA 

Influence of unsteady Turbine flow on the 

Performance of an Exhaust diffuser 


Marcus Kuschel, Joerg R. Seume, Institute of 

Turbomachinery and Fluid Dynamics, Leibniz 

University Hannover, Hannover, Germany 

Time-resolved numerical Investigation of 

the Interaction of Labyrinth Seal Leakage and 

Main-flow in a 1.5-Stage LP Turbine 


Marc H.-O. Biester, Lasse Mueller, Institute 

of Turbomachinery and Fluid Dynamics (TFD)/ 

Leibniz Universität Hannover, Hannover, 

Germany, Yavuz Guendogdu, MTU Aero 

Engines GmbH, München, Germany, Joerg 

R. Seume, Institute of Turbomachinery and 

Fluid Dynamics, Leibniz University Hannover, 

Hannover, Germany 

analyses of Temperature distribution on 

Steam Turbine Last Stage Low Pressure 

Buckets at Low flow Operations 


Amir Mujezinovic, GE Energy, Schenectady, 

NY, USA, Victor Filippenko, GE Energy 

Moscow, Moscow, Russia, Andrey 

Chernobrovkin, GE Oil and Gas, Moscow, 

Russia, Boris Frolov, GE Energy Moscow, 

Moscow, Russia, Jonathon Slepski, GE Global 

Research, Niskayuna, NY, USA, Bin Zhou, GE 

Energy, Schenectady, NY, USA 

COMMITTEE: Turbomachinery: unsteady flows in Turbomachinery • Paper Session Room 220 • WB-34-6 

unSTEadY TurBInE InTEraCTIOnS 

Session Chair: Kurt Weber, Rolls-Royce Corporation, Indianapolis, IN, USA 

Turning Mid Turbine frame Behavior for 

different HP Turbine Outflow Conditions 


Berardo Paradiso, Institute for Thermal 

Turbomachinery and Machine Dynamics 

Graz University of Technology, Graz,Austria, 

Cornelia Santner, Josef Hubinka, Graz 

University of Technology, Graz,Austria, Martin 

Hoeger, MTU Aero Engines, Munich, Bavaria, 

Germany, Emil Göttlich, Graz University of 

Technology, Graz, Styria,Austria


90 

WEDNESDAY, JUNE 8: 2:30 p.m. - 5:00 p.m. 

2:30 3:00 3:30 4:00 4:30 

COMMITTEE: Aircraft Engine • Paper Session Room 111/112 • WC-1-2 

ENgINE JET NOISE (PART 1/2) 

Session Chair: John Spyropoulos, NAVAIR, Patuxent River, MD, USA • Session Co-Chair: Jim Zidzik, Clifford Brown, NASA GRC, Cleveland, OH, USA 

Experimental Study on a Notched 

Nozzle for Jet Noise Reduction 


Tatsuya Ishii, Hideshi Oinuma, 

Kenichiro Nagai, JAXA, Tokyo, 

Japan, Nozomi Tanaka, Yoshinori 

Ooba, Tsutomu Oishi, IHI 


gasification Tutorial 

Justin Zachary, Bechtel USA, 

Frederick, MD, USA 

The Effect Of Chevrons On Crackle 

Engine And Scale Model Results 


Steve Martens, Zac Nagel, GE 

Global Research, Niskayuna, NY, 

USA, John Spyropoulos, NAVAIR, 

Patuxent River, MD, USA 

Biomass gasification 

Marianne Salomon, KTH Royal 


Sweden 

Noise Prediction of Pressure- 

Mismatched Jets Using 

Unstructured Large Eddy Simulation 


Yaser Khalighi, Cascade 

Technologies Inc., Palo Alto, CA, 

USA, Dr. Frank Ham, Sanjiva Lele, 

Stanford University, Stanford, 

CA, USA, Parviz Moin, CASCADE 

Technologies Inc., Palo Alto, CA, 

USA, Robert Schlinker, United 

Technologies Research Center, E. 


Simultaneous Noise and 

Performance Measurements for 

High Speed Jet Noise Reduction 

Technologies: Part II Near Field 

Array calibration 


Dean Long, Aero Systems 

Engineering, St Paul, MN, USA, 

Steve Martens, General Electric 


NY, USA 

COMMITTEE: Coal, Biomass & Alternative Fuels • Tutorial Session Room 120 • WC-3-7 

gASIFICATION TUTORIAL 

Session Chair: Manfred Klein, National Research Council of Canada, Ottawa, Canada • Session Co-Chair: Marianne Salomon, KTH Royal Institute of Technology, Stockholm, Sweden 

COMMITTEE: Combustion, Fuels & Emissions • Paper Session Room 109 • WC-4-11 

COMBUSTION INSTABILITIES ExPERIMENTAL IV 

Session Chair: Keith McManus, GE Global Research, Niskayuna, NY, USA • Session Co-Chair: gilles Bourque, Rolls-Royce Canada Limited, Lachine, QC, Canada 

Further Characterization of the 

Disturbance Field in a Transversely 

Excited Swirl-Stabilized Flame 


Jacqueline O’Connor, Tim Lieuwen, 



Measurements and Analysis of 

Bluff Body Flame Response to 

Transverse Excitation 


Vishal Acharya, Benjamin Emerson, 

Donghyuk Shin, Tim Lieuwen, 


Atlanta, GA, USA, Ulises Mondragon, 

Christopher Brown, Energy Research 

Consultants, Laguna Hills, CA, USA, 

Vincent McDonell, Energy Research 

Consultants, Laguna Hills, CA, USA 

Interaction of Vortex Shedding 

and Transverse High-frequency 

Pressure Oscillations in a Tubular 

Combustion Chamber 


Joachim Schwing, Lehrstuhl für 

Thermodynamik, TU München, 

Garching, Germany, Thomas 


München, Garching, Germany, 

Nicolas Noiray, Alstom (Switzerland) 

Ltd., Baden, Switzerland 

Effects Of Nonuniform Reactant 

Stoichiometry On Combustion 

Instability 


Kyu Tae Kim, Karthik Kashinath, 

Simone Hochgreb, University of 

Cambridge, Cambridge, UK 

R 

The use of Perforated Damping 

Liners in Aero gas Turbine 

Combustion Systems 


Jochen Rupp, Jon F. Carrotte, 

Loughborough University, 

Loughborough, Leicestershire, UK, 

Michael A. Macquisten, Rolls- 

Royce, Derby, Derbyshire, UK



2:30 3:00 3:30 4:00 4:30 

COMMITTEE: Combustion, Fuels & Emissions • Paper Session Room 114/115 • WC-4-14 

COMBUSTION INSTABILITIES ANALyTICAL III 

Session Chair: Klaus Doebbeling, Alstom, CH 5405 Baden, Switzerland • Session Co-Chair: Christoph Hirsch, Technische Universität München, Garching, Germany 

Low-order Modelling of Ducted 

Flames with Temporally Varying 

Equivalence Ratio in Realistic 

geometries 


Owen Graham, A. P. Dowling, 

Cambridge University, Cambridge, 

Cambridge, UK 

COMMITTEE: Combustion, Fuels & Emissions • Panel Session Room 110 • WC-4-36 

COMBUSTORS FOR HIgH EFFICIENCy, LOW EMISSIONS CyCLES 

Session Chair: Randal McKinney, Pratt & Whitney, East Hartford, CT, USA 

NASA Presentation 

Dan Bulzan, NASA Glenn Research 

Center, Cleveland, OH, USA 

Early Warning Of gas Turbine 

Failure By Non-Linear Feature 

Extraction Using An Auto- 

Associative Neural Network 

Approach 


Thomas Palmé, University of 

Stavagner, Stavanger,Norway, 

Peter Breuhaus, Mohsen 

Assadi, University of Stavanger, 

Stavanger,Norway, Albert Klein, 

Minkyo Kim, Alstom Power, Baden, 

Switzerland 

Mildly-compressible Pressurebased 

CFD Methodology for 

Acoustic Propagation and 

Absorption Prediction 


Barani Gunasekaran, Jim 

McGuirk, Loughborough University, 

Loughborough, Leicestershire, UK 

PW Presentation 

Timothy Snyder, Pratt & Whitney, 


Neural Networks for gas Turbine 

Fault Identification: Multilayer 

Perceptron or Radial Basis 

Network? 


Igor Loboda, National Polytechnic 

Institute, School of Mechanical 

and Electrical Engineering, Mexico 

City, Federal District, Mexico, 

Yakov Feldshteyn, Compressor 

Controls Corporation, Des Moines, 

IA, USA, Volodymyr Ponomaryov, 

National Polytechnic Institute, 

School of Mechanical and Electrical 

Engineering, Mexico City, Federal 

District, Mexico 

A LES Based Sound Absorption 

Analysis of High-Amplitude Waves 

Through an Orifice with Bias Flow 


Alessandro Scarpato, Sébastien 

Ducruix, Thierry Schuller, 



France 

Honeywell Presentation 

Rudolph Dudebout, Honeywell, 


Advanced gas Turbine Diagnostics 

Using Pattern Recognition 


Shintaro Kumano, Mitsubishi Heavy 

INdustries, Ltd., Takasago, Japan, 

Naotaka Mikami, Mitsubishi Heavu 

Industries, Ltd., Takasago, Japan, 

kuniaki Aoyama, Mitsubishi Heavy 

Industries, ltd., Takasago, Japan 

A Quantitative Comparison 

Between Low Order Model And 

3D Fem Codes For Studies Of 

Thermoacoustic Combustion 

Instability 


Giovanni Campa, Sergio Mario 

Camporeale, Polytechnic University 

of Bari, Bari, Italy, Anaïs Guaus, 

Julien Favier, University of Genoa, 

Genova, Italy, Matteo Bargiacchi, 

University of Genoa, Genoa, Italy, 

Alessandro Bottaro, University of 

Genoa, Genova, Italy, Ezio Cosatto, 

Giulio Mori, Ansaldo Energia, 

Genoa, Italy 

A Data Analytics Approach To 

Failure Precursor Detection Of gas 

Turbine 


Ousmane Diallo, Dimitri N. Mavris, 



Direct Numerical Simulation Study 

Of Premixed Flame Response To 

Fuel-Air Ratio Oscillations 


S. Hemchandra, Institute of 

Aerodynamics, RWTH Aachen, 


COMMITTEE: Controls, Diagnostics & Instrumentation • Paper Session Room 204 • WC-5-8 

INTELLIgENT METHODS IN DIAgNOSTICS 

Session Chair: Angelo Martucci, Pratt & Whitney, East Hartford, CT, USA • Session Co-Chair: Allan Volponi, Pratt & Whitney, West Simsbury, CT, USA 

R 

Integration of Unknown Input 

Observers and Classification for 

Turbofan Engine Diagnosis 


Daoliang Tan, AI He, Xiangxing 

Kong, Xi Wang, Beihang University, 

Beijing, China


92 


2:30 3:00 3:30 4:00 4:30 

COMMITTEE: Electric Power • Panel Session Room 211 • WC-8-5 

THE PATHWAy FORWARD: FUTURE gAS TURBINE PRODUCTS AND THEIR ENABLINg TECHNOLOgIES 

Session Chair: Richard Tuthill, Pratt & Whitney Power Systems, East Hartford, CT, USA • Session Co-Chair: Richard Dennis, DoE National Energy Technology Lab, Morgantown, WV, USA 

The Pathway Forward: Future 

gas Turbine Products and Their 

Enabling Technologies 

Joseph V. Citeno, General Electric, 


Turbulent Convection from 

Deterministic Roughness 

Distributions with Varying Thermal 

Conductivities 


Steven R. Mart, Stephen T. McClain, 

Lesley Wright, Baylor University, 

Waco, TX, USA 




Uwe-Michael Pagenkopf, Siemens, 

Orlando, USA 

Protuberances in a Turbulent 

Thermal Boundary Layer 


Steven R. Mart, Stephen T. McClain, 

Baylor University, Waco, TX, USA 




Michael Ladwig, Alstom Power, 


Time-dependent Deposition 

Characteristics of Fine Coal 

Flyash in a Laboratory gas Turbine 

Environment 


Robert Laycock, Tom Fletcher, 

Brigham Young University, Provo, 

UT, USA 




Carlos Koeneke, Mitsubishi Heavy 

Industries, Orlando, USA 

Coal Ash Deposition On Nozzle 

guide Vanes: Part I - Experimental 

Characteristics Of Four Coal Ash 

Types 


Joshua Webb, Brian Casaday, Brett 

Barker, Jeffrey Bons, Ohio State 

University, Columbus, OH, USA, 

Andrew Gledhill, Nitin Padture, 

OSU, Columbus, OH, USA 




Thomas Scarinci, Rolls-Royce, 

Dorval, Quebec, Canada 

COMMITTEE: Heat Transfer: General Interest • Paper Session Room 224 • WC-10-5 

ROUgHNESS & DEPOSITION EFFECTS 

Session Chair: Forrest Ames, University of North Dakota, Grand Forks, ND, USA • Session Co-Chair: Jim Downs, Florida Turbine Technologies, Inc., Jupiter, FL, USA 

The Aero-thermal Performance 

of a Cooled Winglet Tip in a High 

Pressure Turbine Cascade 


Chao Zhou, Howard P Hodson, 


UK, Ian Tibbott, Rolls-Royce plc., 

Derby, UK, Mark Stokes, Rolls 

Royce, Derby, UK 

Aero-Thermal Performance 

of a Cooled Winglet at Engine 

Representative Mach and Reynolds 

Numbers 


Devin O. O’Dowd, University of 

Oxford, Oxford, UK, Qiang Zhang, 

University of Michigan - Shanghai 

Jiaotong University Joint Institute, 

Shanghai, China, Li He, University 

of Oxford, Oxford, UK, Brian C.Y. 

Cheong, Rolls-Royce plc., Bristol, 


Derby, UK 

Effects of Endwall Motion on the 

Aero-Thermal Performance of a 

Winglet Tip in a HP Turbine 


Chao Zhou, Howard P Hodson, 



Derby, UK, Mark Stokes, Rolls 

Royce, Derby, UK 

Aerodynamic and Aerothermal 

Investigation of the Flow Around 

an HPT Rotor Shroud: PIV 

Measurements 


Knut Lehmann, Vasudevan 

Kanjirakkad, Howard P Hodson, 


UK 

Coal Ash Deposition On 

Nozzle guide Vanes: Part Ii - 

Computational Modeling 


Jeffrey Bons, Brett Barker, Brian 

Casaday, Prashanth Shankara, The 

Ohio State University, Columbus, 

OH, USA, Ali Ameri, NASA Glenn, 


COMMITTEE: Heat Transfer: General Interest • Paper Session Room 222 • WC-10-14 

TIP/SHROUD HEAT TRANSFER 

Session Chair: Michael Dunn, The Ohio State University, Columbus, OH, USA • Session Co-Chair: Randall Mathison, The Ohio State University, Columbus, OH, USA 

R 

Aerodynamic and Aerothermal 

Investigation of the Flow Around 

an HPT Rotor Shroud: Heat Transfer 

and Cooling Effectiveness 


Knut Lehmann, Vasudevan 

Kanjirakkad, Howard P Hodson, 


UK



2:30 3:00 3:30 4:00 4:30 

COMMITTEE: Heat Transfer: Film Cooling • Paper Session Room 217/218 • WC-11-10 

CONJUgATE HEAT TRANSFER WITH FILM COOLINg 

Session Chair: Ken-ichi Funazaki, Iwate University, Morioka, Japan • Session Co-Chair: Michael Barringer, The Pennsylvania State University, University Park, PA, USA 


Analysis of High Temperature gas 

Turbine Nozzle Vane Convective 

and Film Cooling Effectiveness 


Victoria Krivonosova, Alexander 

Lebedev, Nicolay Simin, OJSC 

“Power Machines”, Saint- 

Petersburg, Russia, Michael 

Zolotogorov, JSC NPO CKTI, 

Saint-Petersburg, Russia, Nicolay 

Kortikov, Saint-Petersburg State 

Polytechnic University, Saint- 

Petersburg, Russia 

Computation Of Ingestion Through 

gas Turbine Rim Seals 


Kunyuan Zhou, Mike Wilson, 

J. Michael Owen, University 

of Bath, Bath, UK, Gary Lock, 

University of Bath, Bath, BA2 7AY, 

UK 

Combustion Turbine 

Inlet Cooling for Power 

Augmentation: An Overview 

Dharam Punwani, Avalon 

Consulting, Inc., Naperville, 

USA 

Predictions of Effusion Cooling 

With Conjugate Heat Transfer 


H. I. Oguntade, University Of Leeds, 

Leeds, UK, Gordon E. Andrews, 

Univeristy of Leeds, Leeds, UK, Alan 

Burns, Derek B Ingham, Mohamed 

Pourkashanian, University of Leeds, 

Leeds, UK 

The Effects of Unsteadiness and 

Compressibility on the Interaction 

Between Hub Leakage and 

Mainstream Flows in HP Turbines 


Ivan Popovic, Howard P Hodson, 


UK, Erik Janke, Torsten Wolf, Rolls- 

Royce Deutschland Ltd & Co KG, 


Psychrometrics of Cooling 

Pat Graef, Munters 

Corporation, Ft. Myers, USA 

Conjugate Heat Transfer Analysis 

Of A Film-Cooled Turbine Vane 


Ron-Ho Ni, AeroDynamic Solutions, 

Inc., Manchester, CT, USA, John 

Clark, Peter Koch, Air Force 

Research Laboratory, Wright 

Patterson AFB, OH, USA, William 

Humber, AeroDynamic Solutions, 

Inc., State College, PA, USA, George 

Fan, AeroDynamic Solutions, 

Inc., Pleasanton, CA, USA, Dean 

Johnson, Jim Downs, Florida Turbine 

Technologies, Inc., Jupiter, FL, USA 

Experiments on Aft-Disk Cavity 

Ingestion in a Model 1.5-Stage 

Axial-Flow Turbine 


Jagdish Harihara Balasubramanian, 

Nihal U. Junnarkar, Ding-Wei Zhou, 

Ramendra P. Roy, Arizona State 

University, Tempe, AZ, USA, Yong W. 

Kim, Solar Turbines, Inc., San Diego, 

CA, USA, Hee-Koo Moon, Solar 

Turbines Inc., San Diego, CA, USA 

Evaporative Cooling 

Technology for gas turbine 

Inlet Cooling 

Pat Graef, Munters 

Corporation, Ft. Myers, USA 

Fogging and Wet 

Compression Technology for 

Performance Improvement 

Donald Shepherd, Caldwell 

Energy Company, Louisville, 

USA 

Overall and Adiabatic Effectiveness 

Values on a Scaled Up, Simulated 

gas Turbine Vane: Part I - 

Experimental Measurements 


Jason Dees, Gustavo Ledezma, 

Gregory Laskowski, GE Global 

Research, Niskayuna, NY, USA, 

David G. Bogard, The University of 


Analysis of gas Turbine Rotating 

Cavities: Estimation of Rotor Disk 

Pumped Mass Flow Rate 


Riccardo Da Soghe, Bruno 

Facchini, Luca Innocenti, Mirko 

Micio, University of Florence, 


Chiller Systems for 

Combustion Turbine Inlet Air 

Cooling 

Trevor Richter, Stellar Energy 

Systems, Jacksonville, USA 

Overall and Adiabatic Effectiveness 

Values on a Scaled Up, Simulated 

gas Turbine Vane: Part II 

Numerical Simulations 


Gustavo Ledezma, Jason Dees, 

Gregory Laskowski, GE Global 

Research, Niskayuna, NY, USA, 

David G. Bogard, The University of 


COMMITTEE: Heat Transfer: Internal Air and Seals (with Turbomachinery) • Paper Session Room 212 • WC-12-4 

RIM SEAL LEAKAgE AND HEAT TRANSFER 

Session Chair: Bruce Johnson, Heat Transfer Research Engineer, Manchester, CT, USA • Session Co-Chair: J Michael Owen, University Of Bath, Bath, UK 

Heat Transfer in Turbine Hub 

Cavities Adjacent to the Main gas 

Path Including FE-CFD Coupled 

Thermal Analysis 


Antonio Guijarro Valencia, Jeffrey 

A. Dixon, Rolls-Royce plc, Derby, 

UK, Daniel Coren, University of 

Sussex, Brighton, UK, Attilio 

Guardini, Rolls-Royce plc, Derby, 

UK, Daniel Eastwood, University of 

Sussex, Brighton, Sussex, UK 

COMMITTEE: Industrial & Cogeneration • Panel Session Room 220 • WC-15-10 

COMBUSTION TURBINE INLET COOLINg TECHNOLOgIES FOR POWER AUgMENTATION 

Session Chair: Rakesh Bhargava, Foster Wheeler USA Corp., Houston, TX, USA • Session Co-Chair: Dharam Punwani, Avalon Consulting, Inc., Naperville, USA 

Thermal Energy Storage for 

Turbine Inlet Cooling 

Gregory Henderson, 

Baltimore Aircoil Company, 

Baltimore, USA 

R


94 


2:30 3:00 3:30 4:00 4:30 

COMMITTEE: Manufacturing Materials & Metallurgy • Panel Session Room 118 • WC-16-9 

NEW gAS TURBINE MATERIALS DEVELOPMENT 

Session Chair: Chang yong Jo, Korea Institute of Materials Science, Changwon/Kyungnam, Korea (Republic) • Session Co-Chair: xiao Huang, Carleton University, Ottawa, ON, Canada 

Improved Sx Superalloys CMSx- 

4(SLS)[La+y]® and CMSx- 

486(SLS)[La+y]® Properties and 

Performance 

Jaqueline Wahl, Cannon- 

Muskegon, Muskegon, USA 

A High Performance Low Pressure 

Ratio Turbine for Engine Electric 

Turbocompounding 


Aman Bin Mamat, Alessandro 

Romagnoli, Muhamad Padzillah, 

Ricardo Martinez-Botas, Imperial 


Effects of Alloying Elements on 

Microstructure and Mechanical 

Properties of Ni-base Single Crystal 

Superalloys 

Tao Jin, Institute of Metal Research, 

Chinese Academy of Sciences, 

Shenyan, China 

Investigations Into the Performance 

Of A Turbogenerated Biogas 

Engine During Speed Transients 


Ian Thompson, The Queen’s 

University of Belfast, Belfast, UK, 

Stephen Spence, Queen’s University 

Belfast, Belfast, Northern Ireland, UK, 

Charles McCartan, David Thornhill, 

The Queen’s University Belfast, 

Belfast, Antrim, UK, Jonathan Talbot- 

Weiss, Energy Developments Ltd, 

Carseldine, Australia 

Development of Hot Section 

Components - Alloy Design and 

Metallurgy 

Tomita Yasuoki, Power Systems 

Headquarters, Mitsubishi Heavy, 

Takasago, Japan 

A One-Dimensional Investigation 

of the Effect of an Active Control 

Turbocharger on Internal 

Combustion Engine Performance 


Apostolos Pesiridis, Ricardo 

Martinez-Botas, Benjamin Dubois, 

Imperial College London, London, 

UK 

Emerging Beta gamma TiAl Alloys 

for High Temperature Rotational 

Components 

Young-Won Kim, UES Inc, Dayton, 

USA 

Effects of Pulsating Flow 

Conditions on Mixed Flow Turbine 

Performance 


Li Chen, Weilin Zhuge, Yangjun 

Zhang, Lei Xie, Tsinghua University, 

Beijing, China, Shuyong Zhang, 

National Key Laboratory of Diesel 

Engine Turbocharging Technology, 

Datong, China 

Development of Superalloys and 

Coatings for Next generation gas 

Turbines 

Hiroshi Harada, National Institute 

For Materials Science, Tsukuba, 

Japan 

COMMITTEE: Microturbines & Small Turbomachinery • Paper Session Room 121 • WC-18-8 

TURBOCHARgERS: DESIgN & OPTIMIZATION II 

Session Chair: Robert C. griffith, Caterpillar Inc., Mossville, IL, USA • Session Co-Chair: Louis Larosiliere, Concepts NREC, Wilder, VT, USA 

COMMITTEE: Oil & Gas Applications • Paper Session Room 205 • WC-19-7 

C02 CCS, WET gAS COMPRESSION, AND MULTI-PHASE PUMPINg 

Session Chair: David Ransom, Southwest Research Institute, San Antonio, TX, USA • Session Co-Chair: Dan Lubell, Capstone Turbine Corporation, Chatsworth, CA, USA 

Centrifugal Compressor Design 

Challenges for CO2 and Other Acid 

gas Injection Service 


Manoj Gupta, Dresser-Rand 

Company, Houston, TX, USA 

Qualification Testing of a Liquid 

CO2 Turbopump for Carbon Capture 

and Sequestration Applications 


Jeff Moore, Hector Delgado, Tim 

Allison, Southwest Research 


First generation graz Cycle Power 

Plant for Near-Term Deployment 


Wolfgang Sanz, Herbert Jericha, 

Graz University of Technology, Graz, 

Austriaa, Carl-W. Hustad, CO2- 

Global, Houston, TX, USA 

An Innovative Two-Phase Flow 

Pump and Separator Solution 


Francois Gruselle, Johan Steimes, 

Patrick Hendrick, Université Libre 

de Bruxelles, Brussels, Belgium 

R



2:30 3:00 3:30 4:00 4:30 

COMMITTEE: Solar Brayton & Rankine Cycle • Paper Session Room 208/209 • WC-20-1 

CONCENTRATED SOLAR POWER PLANTS 

Session Chair: Justin Zachary, Bechtel USA, Frederick, MD, USA • Session Co-Chair: Klaus Brun, Southwest Research Institute, San Antonio, TX, USA 

A Solar-Hybrid Power Plant 

Integrated With Ethanol Chemical- 

Looping Combustion 


Hui Hong, Ying Pan, Tao Han, 

Shuo Peng, Chinese Academy of 

Sciences, Beijing, China, Hongguang 

Jin, Institute of Engineering 

Thermophysics, Chinese Academy 

of Sciences, Beijing, China, Zhang 

Xiaosong, Chinese Academy of 

Sciences/ Graduate University of 

Chinese Academy of Sciences 

Company, Beijing, China 

The Effect Of Heat generation On 

Low Cycle Fatigue Life Prediction 


Onome Scott-Emuakpor, Air Force 

Research Laboratory, WPAFB, OH, 

USA, Todd Letcher, The Ohio State 

University, Columbus, OH, USA, 

Tommy George, Charles J. Cross, 

Air Force Research Laboratory, 

WPAFB, OH, USA, M.-H. Herman 

Shen, John Wertz, The Ohio State 

University, Columbus, OH, USA 

Development Of A Model For 

The Simulation Of Organic 

Rankine Cycles Based On group 

Contribution Techniques 


Enrico S. Barbieri, Mirko Morini, 

Michele Pinelli, University of 

Ferrara, Ferrara, Italy 

An Energy-Based Axial Isothermal- 

Mechanical Fatigue Lifing 

Procedure 


John Wertz, M.-H. Herman 

Shen, The Ohio State University, 

Columbus, OH, USA, Onome Scott- 

Emuakpor, Tommy George, Charles 

J. Cross, Air Force Research 

Laboratory, WPAFB, OH, USA 

Alternative Approach to 

Determining the Preferred Plant 

Size of Parabolic Trough CSP 

Power Plants 


David Sánchez, Hicham Frej, 

Ricardo Chacartegui, Tomás 

Sánchez, Universidad de Sevilla, 

Sevilla, Spain, José M. Muñoz de 

Escalona, Uniersidad de Sevilla, 

Sevilla, Spain 

COMMITTEE: Structures & Dynamics: Fatigue, Fracture & Life Prediction • Paper Session Room 213 • WC-22-4 

FATIgUE LIFE PREDICTION METHODS 

Session Chair: Takashi Ogata, CRIEPI, Yokosuka, Japan • Session Co-Chair: Ali gordon, University of Central Florida, Orlando, FL, USA 

Dry-friction whip and whirl 

predictions for a rotor-stator 

model with rubbing contact at two 

locations 


Dara Childs, Turbomachinery 

Laboratory, College Station, TX, 

USA, Dhruv Kumar, Texas A&M 


On Occurrence of Reverse Full 

Annular Rub 


John Yu, GE Energy, Minden, NV, 

USA 

An Energy Based Critical Fatigue 

Life Prediction Method 


Todd Letcher, M.-H. Herman 

Shen, The Ohio State University, 

Columbus, OH, USA, Onome Scott- 

Emuakpor, Tommy George, Charles 

J. Cross, Air Force Research 

Laboratory, WPAFB, OH, USA 

Case Study of Morton Effect Shaft 

Differential Heating in a Variable- 

Speed Rotating Electric Machine 


Joshua Lorenz, Kato Engineering, 

North Mankato, MN, USA, 

Brian Murphy, Center for 

Electromechanics, Austin, TX, USA 

A New Hex-8 Finite Element For 

gas Turbine Engine Fatigue Life 

Prediction 


Wasim Tarar, NESCOM/National 

University of Sciences and 

Technology, Islamabad, Pakistan, 

M.-H. Herman Shen, The Ohio State 

University, Columbus, OH, USA 

A New, Iterative, Synchronous- 

Response Algorithm for Analyzing 

the Morton EFFE 


Dara Childs, Rohit Saha, 

Turbomachinery Laboratory, College 

Station, TX, USA 

Limits on Morrow Mean Stress 

Correction of Manson-Coffin Life 

Prediction Models 


David Day, Power Systems 

Manufacturing, An Alstom 

Company, Jupiter, FL, USA 

COMMITTEE: Structures & Dynamics: Rotordynamics • Paper Session Room 214 • WC-24-7 

ROTORDyNAMIC MALFUNCTIONS 

Session Chair: Jarir Mahfoud, Université de Lyon - LaMCoS, Villeurbanne, France • Session Co-Chair: Timothy Dimond, University of Virginia, Charlottesville, VA, USA 

R 

R 

Numerical And Experimental 

Investigation On The Controlling For 

Rotor-To-Stationary Part Rubbing In 

Rotating Machinery 


Wang Weimin, Zhang Ya, Gao Jinji, 

Yao jianfei, Beijing University of 

Chemical Technology, Beijing, China


96 


2:30 3:00 3:30 4:00 4:30 

COMMITTEE: Structures & Dynamics: Structural Mechanics & Vibration • Paper Session Room 116/117 • WC-26-4 

BLADE VIBRATION 

Session Chair: Lars Panning, Leibniz Universitaet Hannover, Institute of Dynamics and Vibration Research, Hannover, Germany 

Session Co-Chair: yehia El-Aini, Florida Turbine Technologies, Jupiter, FL, USA 

Simulation of Blade Casing 

Interaction Phenomena in gas 

Turbines Resulting From Heavy 

Tip Rubs Using an Implicit Time 

Marching Method 


Robin Williams, Rolls-Royce plc, 

Derby, UK 

The Cost of Flow Control in a 

Compressor 


Simon Evans, Worcester 

Polytechnic Institute, Worcester, 

MA, USA, Howard P Hodson, 


UK 

Controlled Fan Blade Tip/Shroud 

Rubs at Engine Conditions 


Corso Padova, Michael Dunn, Jeffrey 

Barton, The Ohio State University - 

Gas Turbine Lab., Columbus, OH, USA, 

Tod Steen, Kevin Turner, GE Aviation, 


Performance Improvement of 

Turbomachinery Using Plasma 

Actuators 


Maria Grazia De Giorgi, Stefania 

Traficante, Antonio Ficarella, 

University of Salento, Lecce, Italy 

Influence of Abradable Coating 

Wear Mechanical Properties on 

Rotor Stator Interaction 


Alain Batailly, Mathias Legrand, 

Christophe Pierre, Université 

McGill, Montréal, QC, Canada 

Active Flow Control Concepts on a 

Highly Loaded Subsonic Compressor 

Cascade: Résumé of Experimental 

and Numerical Results 


Christoph Gmelin, Vincent Zander, 

Martin Hecklau, Frank Thiele, 

Wolfgang Nitsche, Technische 

Universität Berlin, Berlin, Berlin, 

Germany, Andre Huppertz, Marius 

Swoboda, Rolls-Royce Deutschland, 


Study on Vibration Characteristics 

of Single Crystal Blade and 

Directionally Solidified Blade 


Yasutomo Kaneko, Ryukoku 

University, Otsu, Japan 

A Quasi-One-Dimension CFD Model 

for Multistage Compressor 


Du Wenhai, Univerisity De Liège, 

Liège, Liège, Belgium, Olivier 

Léonard, University Of Liège, Liège, 

Liège, Belgium 

Dynamic Loading On the Turbofan 

Engines Due to Bird-strike 


Sunil Sinha, Kevin Turner, GE 

Aviation, Cincinnati, OH, USA, 

Nitesh Jain, Bangalore Engineering 

Center, Bangalore, Karnataka, India 

COMMITTEE: Turbomachinery: Axial Fan & Compressor Aerodynamics • Paper Session Room 122 • WC-29-9 

STALL AND FLOW CONTROL 

Session Chair: Kwang-yong Kim, Inha University, Incheon, Korea (Republic) • Session Co-Chair: Jae-Ho Choi, Samsung Techwin, Seongnam, Gyeonggi-do, Korea (Republic) 

LP Turbine Secondary Vortices: 

Reynolds Lapse 


Matthias Kuerner, Georg A. 

Reichstein, Daniel Schrack, Martin 

Rose, Stephan Staudacher, Institute 

of Aircraft Propulsion Systems, 

Stuttgart University, Stuttgart, 

Germany, Jochen Gier, MTU Aero 

Engines, Muenchen, Germany, Karl 

Engel, MTU Aero Engines, Munich, 

Germany 

Turbine Hub and Shroud Sealing 

Flow Loss Mechanisms 


Metodi Zlatinov, Choon Tan, 

Massachusetts Institute of 

Technology, Cambridge, MA, USA, 

Matthew Montgomery, Tito Islam, 

Melissa Seco-Soley, Siemens 

Energy Inc., Orlando, FL, USA 

The Influence Of Inlet Contraction 

On Vane Aerodynamic Losses And 

Secondary Flows With Variable 

Turbulence And Reynolds Number 


Nafiz H. K. Chowdhury, Prasanta 

K. Dey, Forrest Ames, University of 

North Dakota, Grand Forks, ND, USA 

Analysis and Evaluation of The 

Impact Of Different Blade Loadings 

On A 2-Stage Turbine With 

Shrouded Blades 


Dieter Bohn, Stephan Schwab, 

Institute of Steam and Gas 

Turbines, RWTH Aachen University, 

Aachen, Germany, Michael Sell, 

ALSTOM (Switzerland) Ltd, Baden, 

Switzerland 

Numerical Investigation of a Highly 

Loaded Axial Compressor Stage 

with Inlet Distortions 


Andreas Lesser, Jens Iseler, 

Reinhard Niehuis, University of 

the German Armed Forces Munich, 

Neubiberg, Germany 

COMMITTEE: Turbomachinery: Axial Turbine Aerodynamics • Paper Session Room 210 • WC-30-7 

TURBINE AERO REyNOLDS NUMBER & CAVITIES 

Session Chair: grant Ingram, Durham University, Durham, County Durham, UK 

An Investigation of Reynolds 

Lapse Rate for Highly Loaded Low 

Pressure Turbine Airfoils with 

Forward and Aft Loading 


M. Eric Lyall, Paul I. King, Air Force 

Institute of Technology, WPAFB, OH, 

USA, Rolf Sondergaard, John Clark, 

U.S. Air Force Research Laboratory, 

WPAFB, OH, USA, Mark W. 

McQuilling, Saint Louis University, 

St. Louis, MO, USA



2:30 3:00 3:30 4:00 4:30 

COMMITTEE: Turbomachinery: Design Methods & CFD Modeling For Turbomachinery • Paper Session Room 207 • WC-31-9 

OPTIMIZATION 3 - APPLICATION 

Session Chair: Mansour Mahmoud, Honeywell International, Phoenix, AZ, USA 

Optimization of a Transonic 

Axial Compressor Considering 

Interaction of Blade and Casing 

Treatment to Improve Operating 

Stability 


Jin-Hyuk Kim, Kwang-Jin Choi, 

Kwang-Yong Kim, Inha University, 

Incheon,Korea (Republic) 

Aerodynamic Optimization of a 

Centrifugal Compressor Return 

Channel and U-Turn by Means of 

genetic Algorithms 


Andre Hildebrandt, (MAN Diesel & 

Turbo SE), Oberhausen, Germany 

High-Dimensional Constrained 

Multiobjective Optimization Of A 

Fan Stage 


Marcel Aulich, Ulrich Siller, 

German Aerspace Center (DLR), 

Cologne, Germany 

COMMITTEE: Turbomachinery: Radial Turbomachinery • Paper Session Room 202/203 • WC-33-7 

CENTRIFUgAL COMPRESSORS - DIFFUSERS, VOLUTES & RETURN CHANNELS 

Session Chair: Srithar Rajoo, Universiti Teknologi Malaysia, Johor Bahru, Johor, Malaysia • Session Co-Chair: Chris Robinson, PCA Engineers Ltd., Lincoln, UK 


Investigation of Tip Clearance 

and Bleed Effects in a Centrifugal 

Compressor Stage with Pipe 

Diffuser 


Robert Kunte, Benjamin Wilkosz, 

Philipp Schwarz, Peter Jeschke, 

Institute of Jet Propulsion and 

Turbomachinery RWTH Aachen, 

Aachen, Germany, Caitlin Smythe, 

GE Aviation, Lynn, MA, USA 

Aerodynamic Redesigning of an 

Industrial gas Turbine 


Filippo Rubechini, University of 

Florence, Florence, Italy, Italy, 

Federico Dacca’, Claudio Canelli, 

Pietro Garibaldi, Ansaldo Energia, 

Genova, Italy, Andrea Arnone, 

Andrea Schneider, University of 

Florence, Florence, Italy 


Investigation of Different 

Rectangular Volute geometries for 

Large Radial Compressors 


Michael Bartelt, Thomas 

Kwitschinski, Joerg R. Seume, 




Thomas Ceyrowsky, Daniel Grates, 

MAN Diesel & Turbo, Oberhausen, 

Germany 

Aerodynamic Improvement of a 

Transonic Fan Outlet guide Vane 

Using 3D Design Optimization 


Giles Endicott, Markus Olhofer, 

Honda Research Institute Europe 

GmbH, Offenbach, Germany, Toyotaka 

Sonoda, Aircraft Engine R&D Center, 

Honda R&D Co., Wako-shi, Japan, 

Toshiyuki Arima, Fundamental 

Technology Research Center, Honda 

R&D Co., Wako-shi, Japan 

Impeller Vaned Diffuser Interaction 

In A Centrifugal Compressor At The 

Best Efficiency Point 


Paolo Gaetani, Politecnico Milano, 

Milan, Italy, Carlo Osnaghi, 

Politecnico di Milano, Milano, Italy, 

Giacomo Persico, Politecnico di 

Milano, Milan, Italy, Alessandro 

Mora, Vincenzo Dossena, 

Politecnico di Milano, Milano, Italy 

Steady state versus time-accurate 

CFD in an automated airfoil section 

optimisation of a counter rotating 

fan stage 


Georgios Goinis, German 

Aerospace Center (DLR), Koeln, 

Germany, Stefan Stollenwerk, 

Eberhard Nicke, Edmund Kuegeler, 



Impeller Vaned Diffuser Interaction 

In A Centrifugal Compressor At Off 

Design Conditions 


Paolo Gaetani, Politecnico Milano, 

Milan, Italy, Carlo Osnaghi, 

Politecnico di Milano, Milano, Italy, 

Giacomo Persico, Politecnico di 

Milano, Milan, Italy, Alessandro 

Mora, Vincenzo Dossena, 

Politecnico di Milano, Milano, Italy


98 

THURSDAY, JUNE 9: 8:00 a.m. - 10:00 a.m. 

8:00 8:30 9:00 9:30 

COMMITTEE: Aircraft Engine • Paper Session Room 111/112 • ThA-1-5 

MODELINg AND SIMULAtION tECHNIqUES AND APPLICAtIONS (PARt 3/3) 

Session Chair: Wilfred Visser, MTT, Eindhoven, Netherlands • Session Co-Chair: Oscar kogenhop, National Aerospace Laboratory NLR, Amsterdam, Netherlands 

Computation Fluid Dynamics Drag Prediction 

and Decomposition for Propulsive System 

Integration 


Thierry Sibilli, Cranfield University, Cranfield, 

Beds, UK, MARK SAVILL, CRANFIELD 

UNIVERSITY, England, Beds, UK 

Experimental Investigations of Flame 

Stabilization of a gas turbine Combustor 


Rainer Lückerath, Oliver Lammel, Michael 

Stöhr, Isaac Boxx, Ulrich Stopper, Wolfgang 

Meier, German Aerospace Center (DLR), 

Stuttgart, Germany, Bertram Janus, Bernhard 

Wegner, Siemens AG, Muelheim an der Ruhr, 

Germany 

COMMITTEE: Combustion, Fuels & Emissions • Paper Session Room 114/115 • ThA-4-29 

HIgH HyDROgEN COMBUStION II 

Session Chair: gilles Bourque, Rolls-Royce Canada Limited, Lachine, QC, Canada • Session Co-Chair: Henry Curran, NUI Galway, Galway, Galway, Ireland 

Combustion Characteristics Of A Multiple- 

Injection Combustor For Dry Low-Nox 

Combustion Of Hydrogen-Rich Fuels Under 

Medium Pressure 


Satoschi Dodo, Hitachi,Ltd., Ibaraki-ken, 

Japan, Tomohiro Asai, Hiromi Koizumi, 

Hirokazu Takahashi, Shouhei Yoshida, 

Hiroshi Inoue, Hitachi, Ltd., Ibaraki, Japan 

Virtual gas turbines: geometry and 

Conceptual Description 


Luca di Mare, Imperial College, London, UK, 

Davendu Y. Kulkarni, Feng Wang, Pandia 

Raj Ramar, Artyom Romanov, Zacharias 

I. Zachariadis, Imperial College London, 

London, UK 

COMMITTEE: Combustion, Fuels & Emissions • Paper Session Room 110 • ThA-4-22 

FLASHBACk & BLOWOUt I 

Session Chair: Ajay Agrawal, University of Alabama, Tuscaloosa, AL, USA • Session Co-Chair: timothy Snyder, Pratt & Whitney, East Hartford, CT, USA 

An Experimental Study of Lean Blowout 

with Hydrogen Enriched Fuels In a Swirl 

Stabilized Premixed Combustor 


Shengrong Zhu, Sumanta Acharya, Louisiana 

State University, Baton Rouge, LA, USA 

Effects of Multiple-Injection-Burner 

Configurations on Combustion Characteristics 

for Dry Low-NOx Combustion of Hydrogen- 

Rich Fuels 


Tomohiro Asai, Hitachi, Ltd., Ibaraki, Japan, 

Satoschi Dodo, Hitachi,Ltd., Ibaraki-ken, 

Japan, Hiromi Koizumi, Hirokazu Takahashi, 

Shouhei Yoshida, Hiroshi Inoue, Hitachi, Ltd., 


An Improved Approach to technology Portfolio 

Prioritization Process Under Uncertainty 


Farooq Akram, Matthew Prior, Dimitri N. 

Mavris, Georgia Institute of Technology, 


Lean Blowout Predictions Of A Non- 

Premixed V-gutter Stabilized Flame Using A 

Damkohler Number Methodology 


Hui-ru Wang, Jie JIN, Beijing University of 

Aeronautics and Astronautics, Beijing, China 

Experimental And Numerical 

Characterization Of Lean Hydrogen 

Combustion In A Premix Burner Prototype 


Iarno Brunetti, ENEL, Pisa, Italy, Giovanni 

Riccio, University of Florence, Florence, Italy, 

Nicola Rossi, ENEL, Pisa, Italy, Alessandro 

Cappelletti, University of Florence, Florence, 

Italy, Lucia Bonelli, ENEL, Pisa, Italy, 

Alessandro Marini, University of Florence, 

Florence, Italy, Francesco Martelli, Energy 

Engineering Dept., University of Florence, 

Firenze, Italy, Enrico Paganini, ENEL, Pisa, 

Italy 

Numerical Simulation of Cold Flow Field of 

Aero-engine Combustors for Lean Blow off 

Analysis 


Bin Hu, Yong Huang, Fang Wang, Fa Xie, 

Beihang University, Beijing, Beijing, China 

Study on the Operational Window of a Swirl 

Stabilized Syngas Burner under Atmospheric 

and High Pressure Conditions 


Christoph Mayer, Janine Sangl, Thomas 


München, Garching, Germany, Thierry 

Lachaux, Stefano Bernero, Alstom Power, 

Baden, Switzerland, Baden, Switzerland



8:00 8:30 9:00 9:30 

COMMITTEE: Controls, Diagnostics & Instrumentation • Paper Session Room 121 • ThA-5-6 

gAS PAtH DIAgNOStICS II 

Session Chair: Dave Doel, GE Aviation, Evendale, OH, USA • Session Co-Chair: Craig R. Davison, National Research Council Canada, Ottawa, ON, Canada 

gas Path Analysis on kLM in-flight engine 

data 


Michel Verbist, Wilfried Visser, Jos P. van 

Buijtenen, Delft University of Technology, 

Delft, ZH, Netherlands, Rob Duivis, KLM 

Engine Services, Amsterdam, Netherlands 

COMMITTEE: Cycle Innovations • Paper Session Room 204 • ThA-6-8 

HUMID CyCLES 

Session Chair: Luis gallar, Rolls-Royce, Derby, UK • Session Co-Chair: David Sánchez, Universidad de Sevilla, Sevilla, Spain, Ioannis templalexis, Hellenic Air Force Academy, Athens, Greece 

Experimental and Analytical Study on the 

Operation Characteristics of the AHAt 

System 


Hidefumi Araki, Tomomi Koganezawa, 

Chihiro Myouren, Shinichi Higuchi, Hitachi, 

Ltd., Energy and Environmental Systems 

Laboratory, Hitachi-shi, Japan, Toru 

Takahashi, Central Research Institute of 

Electric Power Industry, Yokosuka-shi, Japan, 

Takashi Eta, Sumitomo Precision Products 

Co., Ltd., Amagasaki-shi, Japan 

COMMITTEE: Electric Power • Paper Session Room 109 • ThA-8-2 

gAS tURBINE COMPONENtS 

Session Chair: Ron Natole, Natole Turbine Enterprises, Spring, TX, USA • Session Co-Chair: Daniel Barpal, Barpal Services, Littleton, CO, USA 

Compressor Performance Recovery Systems: 

a New thermoeconomic Approach 


Andrea Fabbri, Alberto Traverso, Silvio 

Cafaro, University of Genoa, Genova, GE, Italy 

gas Path Analysis and gas turbine Remapping 


Giovanni CERRI, Leila Chennaoui, Roma 

Tre University, Rome, Rome, Italy, Ambra 

Giovannelli, University Roma Tre, Department 

of Mechanical and Industrial Engineering, 

Rome, Italy, Coriolano Salvini, Università 

Degli Studi ROMA TRE, ROMA, Italy 

A Study of Steam-Cooled Humidified gas 

turbine Cycles 


Ching-Jen Tang, GE Global Research, 


A Higher turndown Flexibility on AE64.3A gas 

turbine: Design and Operating Experience 


Domenico Zito, Federico Bonzani, Ansaldo 

Energia, Genoa, Italy, Luca Bozzi, Ansaldo 

Energia, Genova, Genova, Italy, Alessia Bulli, 

andrea silingardi, Ansaldo Energia, Genoa, 

Italy 

Modern gas turbine Monitoring in a New 

Power Age 


Mel Maalouf, GE Energy, Minden, NV, USA, 

Thom Eldridge, Qatargas, Doha, Qatar 

Impact of Steam Injection and turbine 

Exhaust gas Bypass in the Recuperative 

Cycle gas turbine CHP System 


Soo Young Kang, Tong Seop Kim, Inha 

University, Incheon,Korea (Republic) 

Power Output Increase due to Decreasing 

gas turbine Inlet temperature by Mist 

Atomization. 


Yukiko Agata, Tohoku Electric Power Co.,Inc, 

Niigata, Japan, Shinichi Akabayashi, 

Graduate School of Science and Technology 

Niigata University, Niigata, Japan, Shinya 

Ishikawa, Tohoku Electric Power Co.,Inc, 

Miyagi, Japan, Yuji Matsumura, Tohoku 

Electric Power Co.,Inc, Niigata, Japan 

A Hybrid EkF-Fuzzy Approach to Fault 

Detection and Isolation of Industrial gas 

turbines 


Amin Salar, Ali Khaki Sedigh, K. N. Toosi 

University of Technology, Tehran, Tehran, Iran, 

SeyedMehrdad Hosseini, K.N.Toosi University 

of Technology, Tehran, Iran, Hiwa Khaledi, 

Turbotec Company, Tehran, Tehran, Iran 

150kW Class two-Stage Radial Inflow 

Condensing Steam turbine System 


Kazutaka Hayashi, Hiroyuki Shiraiwa, 

Hiroyuki Yamada, Hitachi Engineering 

& Services Co.,Ltd., Hitachi-shi, Ibarakiken, 

Japan, Susumu Nakano, Kuniyoshi 

Tsubouchi, Hitachi, Ltd., Hitachi-shi, Ibarakiken, 

Japan 

R 

R


100 


8:00 8:30 9:00 9:30 

COMMITTEE: Heat Transfer: General Interest • Paper Session Room 222 • ThA-10-10 

INtERNAL HEAt tRANSFER AUgMENtAtION II 

Session Chair: Jens von Wolfersdorf, Universität Stuttgart, Stuttgart, Germany • Session Co-Chair: Uwe Ruedel, Alstom Power Thermal Products - Gas Turbines, Baden, Switzerland 

PIV Study on the Dimple Mid-Plane of a 

Narrow Rectangular Channel With Dimples 

Applied to One Wall 


Lucky V. Tran, Michelle I. Valentino, Abhishek 

Saha, Carson D. Slabaugh, Mark Ricklick, 

Jayanta Kapat, Center for Advanced Turbines 

and Energy Research, University of Central 

Florida, Orlando, FL, USA, Saptarshi Basu, 

Indian Institute of Science, Bangalore, India 

COMMITTEE: Heat Transfer: General Interest • Paper Session Room 224 • ThA-10-17 

ENDWALL REgION HEAt tRANSFER 

Session Chair: Bijay Sultanian, Siemens Energy, Inc., Orlando, FL, USA • Session Co-Chair: karen thole, The Pennsylvania State University, State College, PA, USA 

Massively-Parallel Direct Numerical 

Simulations of turbine Vane Endwall 

Horseshoe Vortex Dynamics and Heat 

transfer 


Markus Schwaenen, Charles M. Meador, 

Josh L. Camp, Shriram Jagannathan, Andrew 

Duggleby, Texas A&M University, College 


COMMITTEE: Heat Transfer: Film Cooling • Paper Session Room 217/218 • ThA-11-13 

COOLANt AND HOt gAS COMPOSItION EFFECtS ON FILM COOLINg 

Session Chair: Andrew Nix, West Virginia University, Morgantown, WV, USA • Session Co-Chair: Jeffrey Bons, Ohio State University, Columbus, OH, USA 

Simulations of Multi-Phase Particle 

Deposition on a Showerhead with Staggered 

Film-Cooling Holes 


Seth A Lawson, Karen Thole, The 


PA, USA, Yoji Okita, Chiyuki Nakamata, IHI 


Heat transfer Enhancement in a Rectangular 

(AR = 3:1) Channel with V-Shaped Dimples 


Neil Jordan, Lesley Wright, Baylor University, 

Waco, TX, USA 

3D RANS Prediction of gas-Side Heat 

transfer Coefficients on turbine Blade and 

Endwall 


Jiang Luo, Solar Turbine Incorporated, 

San Diego, CA, USA, Eli H. Razinsky, Solar 

Turbines Inc, San Diego, CA, USA, Hee-Koo 

Moon, Solar Turbines Incorporated, san 

Diego, CA, USA 

Simulations of Multi-Phase Particle 

Deposition on Endwall Film-Cooling Holes in 

transverse trenches 


Seth A Lawson, Karen Thole, The 


PA, USA 

Heat transfer Enhancement In A Rectangular 

Channel With the Combination Of Ribs, 

Dimples And Protrusions 


Jibing Lan, Yonghui Xie, Di Zhang, Xi’an 


Effect of Inlet Skew on Heat/Mass transfer 

from a Simulated turbine Blade 


Kalyanjit Ghosh, General Electric Co, 

Bangalore, Karnataka,India, Richard 

Goldstein, University of Minnesota, 

Minneapolis, MN, USA 

Experimental Simulation of Contaminant 

Deposition on a Film Cooled turbine Vane 

Pressure Side with a trench 


Jason Albert, University of Texas at Austin, 

Austin, TX, USA, David G. Bogard, The 


Mist/air Cooling in a two-Pass Rectangular 

Rotating Channel with 45-deg Angled Rib 

turbulators 


T.S. Dhanasekaran, Ting Wang, University of 

New Orleans, New Orleans, LA, USA 

Experimental Investigation of Disc Cavity 

Leakage Flow and Hub Endwall Contouring in 

a Linear Rotor Cascade 


Ryan Erickson, 3M Company, St. Paul, MN, USA, 

Terrence W Simon, University of Minnesota, 

Minneapolis, MN, USA, Hee-Koo Moon, Solar 

Turbines Inc., San Diego, CA, USA, Luzeng 

Zhang, Solar Turbines Inc, San Diego, CA, USA 

Investigation of gas Composition Effects 

on the Aerothermal Characteristics of a 

Film-Cooled Flat Plate at High-temperature 

Conditions 


Xin Zou, Xin Yuan, Tsinghua University, 


COMMITTEE: Industrial & Cogeneration • Tutorial Session Room 205 • ThA-15-12 

gAS tURBINE POWER DEgRADAtION AND COMPRESSOR WASHINg 

Session Chair: Jean-Pierre Stalder, Turbotect Ltd., Baden, Switzerland • Session Co-Chair: Andrew F. Bromley, Turbotect (USA), Inc., Tomball, TX, USA 

Instructors: Jean-Pierre Stalder, Turbotect Ltd., Baden, Switzerland, Andrew F. Bromley, Turbotect (USA), Inc., Tomball, TX, USA 

R



8:00 8:30 9:00 9:30 

COMMITTEE: Manufacturing Materials & Metallurgy • Panel Session Room 118 • ThA-16-10 

ADVANCED COAtINg PROCESSES 

Session Chair: Jeff Smith, Material Processing Technology, LLC, Norton Shores, MI, USA • Session Co-Chair: Ashok koul, Life Prediction Technologies Inc., OTTAWA, ON, Canada 

F technology Coatings 

Shanks Shankar, ASM, Houston, USA 

COMMITTEE: Oil & Gas Applications • Panel Session Room 208/209 • ThA-19-8 

SUBSEA COMPRESSION APPLICAtIONS 

Session Chair: José L. gilarranz R., Dresser-Rand Company, Houston, TX, USA 

HOFIM - type Compressors for Subsea 

Applications - Operational Experience 

Urs Baumann, MAN Diesel & Turbo Schweiz 

AG, Switzerland, Zurich, Switzerland 

Highly Durable thermal Barrier Coatings 

Produced by Axial Suspension Plasma Spray 

Zhaolin Tang, Mettech, Vancouver, Canada 

gE Oil & gas Experience in Subsea gas 

Compression technology Development 

Giuseppe Vannini, GE Oil & Gas, Florence, 

Italy 

Development of Solution Precursor & 

Suspension Plasma Spray Coatings as 

Replacements for DVC & EB-PVD thermal Barriers 

Kent VanEvery, Progressive Surface Inc, 

Grand Rapids, USA 

Permanent Magnet High Speed Motors for 

Subsea Boosting Applications 

Costin Ifrim, Direct Drive Systems Inc. (FMC 

Technologies), Fullerton, USA 

Advanced coating systems for optimal 

compressor and turbine performance 

Thomas Lewis III, Don Lemen, Praxair 

Surface Technologies, Indianapolis, USA 

DAtUM ICS - A Solution for Subsea 

Compression 

Pascal Lardy, Dresser-Rand Company, 

Houston, USA 

COMMITTEE: Structures & Dynamics: Fatigue, Fracture & Life Prediction • Paper Session Room 213 • ThA-22-3 

COMPONENt VIBRAtIONAL EFFECtS ON StRUCtURAL INtEgRIty 

Session Chair: Mehrzad tartibi, University of California Berkeley, Berkeley, CA, USA • Session Co-Chair: Benjamin Hall, Pratt & Whitney, E. Hartford, CT, USA 

Development of State of the Art Dynamic Stress 

Prediction Methodology for Steam turbines 


Tie Chen, John Rogerson, Fang Yang, Alstom, 

Rugby, Warwickshire, UK, Gurnam Singh, 

Alstom Power (UK) Ltd., Rugby, UK, Phil 

Hemsley, Alstom, Rugby, Warwickshire, UK 

Experimental Validation of Empirical 

Methods for Dynamic Stress Prediction in 

turbomachinery Blades 


Tim Allison, Andrew H. Lerche, Jeff Moore, 

Southwest Research Institute, San Antonio, 

TX, USA 

Effects of thermal transients on Cracked 

Shaft Vibrations 


Andrea Vania, Paolo Pennacchi, Steven 


Italy 

COMMITTEE: Structures & Dynamics: Probabilistic Methods • Panel Session Room 215/216 • ThA-23-3 

PRESENt AND FUtURE StAtE OF PROBABILIStIC MEtHODS AND APPLICAtIONS 

Session Chair: Liping Wang, GE Global Research, Niskayuna, NY, USA 

gE Aviation 

Gene Wiggs, Cincinnati, USA 


Andrew Milliken, Pratt & 

Whitney, East Hartford, USA 


Michael Enright, Southwest 

Research Institute, San 

Antonio, USA 

Air Force Research Laboratory 

Jeff Brown, Air Force 

Research Laboratory, Dayton, 

USA 

Honeywell Aerospace 

Alexander Mirza Moghadam, 

Honeywell Aerospace, 

Phoenix, USA 

NASA 

Peter Bonacuse, NASA, 

Brook Park, USA 

COMMITTEE: Structures & Dynamics: Structural Mechanics & Vibration • Paper Session Room 116/117 • ThA-26-2 

MIStUNINg II 

Session Chair: Ronnie Bladh, Siemens Industrial Turbomachinery AB, Finspong, Sweden • Session Co-Chair: Huageng Luo, GE Global Research Center, Niskayuna, NY, USA 

A Method for theoretical Prediction of 

Frequency Scatter Ranges for Freestanding 

Forged Steam turbine Blades 


Thomas Groensfelder, Alexander Hofbauer, 

Siemens AG Energy Sector, Muelheim, 

Germany, Christoph Richter, Siemens AG - 

Energy Sector, Muelheim, Germany 

Experimental and Numerical Analyses 

of Radial turbine Blisks with Regard to 

Mistuning 


Peter Hoenisch, Arnold Kuehhorn, Bernd 

Beirow, Brandenburg University of 

Technology Cottbus, Cottbus, Germany 

Impact of Mistuning on the Vibration 

Behaviour of the Last Stage in a Model three 

Stage Low Pressure Steam turbine 


Christoph Heinz, Markus Schatz, Michael 

Casey, ITSM / Universität Stuttgart, Stuttgart, 

Germany, Heinrich Stueer, Siemens AG, 

Mülheim a.d. Ruhr, Germany 

R 

R 

A Statistical Characterization of the Effects of 

Mistuning in Multi-Stage Bladed Disks 


Kiran D’Souza, Bogdan I. Epureanu, University 

of Michigan, Ann Arbor, MI, USA


102 


8:00 8:30 9:00 9:30 

COMMITTEE: Turbomachinery: Axial Fan & Compressor Aerodynamics • Paper Session Room 214 • ThA-29-2 

CASINg tREAtMENtS 

Session Chair: Joshua Cameron, University of Notre Dame, Notre Dame, IN, USA • Session Co-Chair: Matthew Bennington, GE Global Research, Niskayuna, NY, USA 

Numerical Investigation of a Single 

Circumferential groove Casing treatment on 

three Different Compressor Rotors 


Frank Heinichen, Rolls-Royce Deutschland, 

Dahlewitz, Germany, Volker Gümmer, 

Rolls-Royce Deutschland Ltd, Blankenfelde- 

Mahlow, Germany, Heinz-Peter Schiffer, 


Germany 

Application of a Multistage Casing treatment 

in a High Speed Axial Compressor test Rig 


Tobias Kroeckel, RWTH-Aachen, Aachen, 

Germany, Sven-Jürgen Hiller, MTU 

AeroEngines GmbH, Munich, Germany, Peter 

Jeschke, Institute of Jet Propulsion and 

Turbomachinery RWTH Aachen, Aachen, 

Germany 

Investigation of Passage Flow Features in 

a transonic Compressor Rotor with Casing 

treatments 


Martin Müller, Heinz-Peter Schiffer, 


Germany, Chunill Second Hah, NASA Glenn 

Research Center, Cleveland, OH, USA, Melanie 

Voges, German Aerospace Center (DLR), 


Analysis of Unsteadiness on Casing 

treatment Mechanisms in an Axial 

Compressor 


Guillaume Legras, Snecma - Safran Group, 

Moissy-Cramayel, France, Nicolas Gourdain, 

CERFACS, Toulouse, France, Isabelle 

Trebinjac, Xavier Ottavy, Ecole Centrale de 


COMMITTEE: Turbomachinery: Axial Turbine Aerodynamics • Paper Session Room 211 • ThA-30-6 

tURBINE DESIgN, MEANLINE, tHROUgHFLOW & 3D 

Session Chair: thomas Praisner, Pratt & Whitney, East Hartford, CT, USA • Session Co-Chair: John Clark, U.S. Air Force Research Laboratory, WPAFB, OH, USA 

Blade Loading and Its Application in the 

Mean-Line Design of Low Pressure turbines 


John D. Coull, Howard P Hodson, University 

of Cambridge, Cambridge, Cambs., UK 

Design and test of a highly loaded singlestage 

high pressure turbine 


Torsten Wolf, Erik Janke, Robert Benton, Rolls- 

Royce Deutschland Ltd & Co KG, Blankenfelde- 

Mahlow, Germany, Friedrich Kost, Deutsches 

Zentrum für Luft- und Raumfahrt, Göttingen, 

Germany, Frank Haselbach, Rolls-Royce 

plc, Derby, UK, Steven Gegg, Rolls-Royce 

Corporation, Indianapolis, IN, USA 

Dual-Solution and Choked Flow treatment In 

a Streamline Curvature throughflow Solver 


Prashant Tiwari, GE Global Research Center, 

Niskayuna, NY, USA, Alex Stein, GE Energy, 

Greenville, SC, USA, Yu-Liang Lin, GE Aviation, 

Mason, OH, USA 

COMMITTEE: Turbomachinery: Design Methods & CFD Modeling For Turbomachinery • Paper Session Room 202/203 • ThA-31-10 

ADJOINt & RESPONSE SURFACE MEtHODS I 

Session Chair: Mark turner, University Of Cincinnati, Cincinnati, OH, USA 

Adjoint-based Flow Sensitivity Analyis Using 

Arbitrary Control Surfaces 


Christian Frey, Graham Ashcroft, Jan 

Backhaus, German Aerospace Center, DLR, 

Koeln, Germany, Edmund Kuegeler, German 

Aerospace Center (DLR), Cologne, Germany, 

Jens Wellner, German Aerospace Center, 

DLR, Koeln, Germany 

Aerodynamic Shape Design Optimization for 

turbomachinery Cascade Based on Discrete 

Adjoint Method 


Chaolei Zhang, Xi’an Jiaotong University, 

Xi’an City, Shaanxi, China, Zhenping FENG, 

Xi’an Jiaotong University, Xi’an, Shaanxi 

Province, China 

Inverse Problem for Isentropic Mach-number 

on Blade Wall in Aerodynamic Shape Design 

of turbomachinery Cascades by Using 

Adjoint Method 


Haitao Li, Liming Song, Pengfei Zhang, Xi’an 

Jiaotong University, Xi’an City, Shaanxi, China, 

Zhenping Feng, Xi’an Jiaotong University, 

Xi’an, Shaanxi Province, China



8:00 8:30 9:00 9:30 

COMMITTEE: Turbomachinery: Unsteady Flows in Turbomachinery • Paper Session Room 220 • ThA-34-8 

UNStEADy INtERACtIONS 

Session Chair: Robert Miller, University of Cambridge, Cambridge, UK 

Numerical and Experimental Analysis of the 

Effect of Variable Blade Row Spacing in a 

Subsonic Axial turbine 


Mirko Restemeier, RWTH Aachen, Aachen, 

Germany, Yavuz Guendogdu, MTU Aero 

Engines GmbH, München, Germany, Jochen 

Gier, MTU Aero Engines, Muenchen, 

Germany, Peter Jeschke, Institute of Jet 

Propulsion and Turbomachinery RWTH 

Aachen, Aachen, Germany 

An Experimental Investigation Of Stator 

Clocking Effects In A two-Stage Low-Speed 

Axial Compressor 


Jörn Städing, TU Braunschweig, 

Pfleiderer-Insitut für Strömungsmaschinen, 

Braunschweig, Niedersachsen, Germany, 

Bernd Becker, Rolls-Royce Deutschland, 

Blankenfelde-Mahlow, Germany, Volker 

Gümmer, Rolls-Royce Deutschland Ltd, 

Blankenfelde-Mahlow, Germany, Detlev 

Wulff, Günter Kosyna, TU Braunschweig, 

Pfleiderer-Institut für Strömungsmaschinen, 

Braunschweig, Niedersachsen, Germany 

Aerodynamic Characterization of transonic 

turbine Vanes Optimized to Attenuate Rotor 

Forcing 


Ricardo Puente, Universidad Politécnica de 

Madrid, Madrid, Spain, Guillermo Paniagua, 

Tom Verstraete, Von Karman Institute for Fluid 

Dynamics, Rhode-St-Genèse, Belgium 

Identification of Spinning Mode in the 

Unsteady Flow Field of a LP turbine 


Davide Lengani, Graz University of 

Technology, Graz, Austria, Berardo Paradiso, 

Institute for Thermal Turbomachinery and 

Machine Dynamics Graz University of 

Technology, Graz, Austria, Andreas Marn, 

Emil Göttlich, Graz University of Technology, 

Graz, Steiermark, Austria 

COMMITTEE: Wind Turbine Technology • Paper Session Room 122 • ThA-37-5 

WIND FARM AND ARRAyS 

Session Chair: Vince Capece, University of Kentucky, Paducah, KY, USA • Session Co-Chair: Ndaona Chokani, ETH Zurich, Zurich, Switzerland 

terrain Effects on Wind Flow: Simulation 

with an Immersed Boundary Method 


Samira Jafari, Laboratory for Energy 


Ndaona Chokani, Reza S. Abhari, Laboratory 

for Energy Conversion Department of 

Mechanical and Process Engineering ETH 


Effect Of Wake Flow Non-Uniformity On Wind 

turbine Performance And Aerodynamics 


Sarah Barber, ETH Zurich, Zurich, 

Switzerland, Ndaona Chokani, Reza S. Abhari, 




CFD Analysis of a Savonius Rotor in a 

Confined test Section and in Open Field 


Marco Torresi, Bernardo Fortunato, Giuseppe 

Pascazio, Politecnico di Bari, Bari, Italy, 


University of Bari, Bari, Italy 

R 

Analysis of a Concept for a Low Wind Speed 

tolerant Axial Wind turbine 


Ali Ameri, The Ohio State Univ., Cleveland, 

OH, USA, Dr. Majid Rashidi, Cleveland State 

University, Cleveland, OH, USA


104 

THURSDAY, JUNE 9: 10:15 a.m. - 12:15 p.m. 

10:15 10:45 11:15 11:45 

COMMITTEE: Aircraft Engine • Paper Session Room 116/117 • ThB-1-12 

INLETS AND NOzzLES (PART 2/2) 

Session Chair: Charles vining, Arnold Engineering Development Center, Arnold AFB, TN, USA • Session Co-Chair: Michael Dent, Arnold Engineering Development Center (AEDC), Arnold AFB, TN, USA 

CFD Analysis and Full Scale Testing of a 

Complex Auxiliary Power Unit Intake System 


Bruce Bouldin, Honeywell Aerospace, 

Phoenix, AZ, USA, Kiran Vunnam, Honeywell 

Technology Solutions, Hyderabad, Andra 

Pradesh (01),India, Jose-Angel Hernanz- 

Manrique, Laura Ambit-Marin, AIRBUS 

Operations S.L., Getafe, Madrid, Spain 

An Experimental and Modeling Study of 

Laminar Flame Speeds of Alternative Aviation 

Fuels 


Marina Braun-Unkhoff, Thomas Kick, Trupti 

Kathrotia, DLR German Aerospace Center, 

Stuttgart, Germany, Uwe Riedel, German 

Aerospace Center, Institute of Combustion 

Technology, Stuttgart, Germany 

COMMITTEE: Combustion, Fuels & Emissions • Paper Session Room 114/115 • ThB-4-15 

COMbUSTION MODELING I 

Session Chair: Rudolph Dudebout, Honeywell, Phoenix, AZ, USA • Session Co-Chair: Dan bulzan, NASA Glenn Research Center, Cleveland, OH, USA 

Modeling Of Soot And NOX In A Full Scale 

Turbine Engine Combustor With Detailed 

Chemistry 


Thomas Blacha, Massimiliano Di Domenico, 

DLR Stuttgart, Stuttgart, Germany, Michael 

Rachner, DLR Köln, Cologne, Nordrhein- 

Westfalen, Germany, Peter Gerlinger, DLR 

Stuttgart, Stuttgart, Germany, Manfred 

Aigner, German Aerospace Center (DLR), 

Stuttgart, Germany 

Effects of Core Flow Swirl on Flow 

Characteristics of a Scalloped Forced Mixer 


Ali Mahallati, Zhijun Lei, National Research 

Council of Canada, Ottawa, ON, Canada, 

Mark Cunningham, Patrick Germain, Pratt & 

Whitney Canada, Longueuil, QC, Canada 

COMMITTEE: Combustion, Fuels & Emissions • Paper Session Room 110 • ThB-4-3 

ALTERNATIvE FUELS I 

Session Chair: Peter Stuttaford, Power Systems Manufacturing (PSM), Jupiter, FL, USA • Session Co-Chair: Scott Drennan, Reaction Design, San Diego, CA, USA 

Hydroprocessed Renewable Jet Fuel 

Evaluation, Performance, and Emissions in a 

T-63 Turbine Engine 


Christopher Klingshirn, Matthew Dewitt, 

University Of Dayton Research Institute, 

Dayton, OH, USA, Edwin Corporan, Air Force 

Research Laboratory, WPAFB, OH, USA, David 

Anneken, University of Dayton Research 

Institute, Dayton, OH, USA, Matthew Wagner, 

Dean Brigalli, Air Force Research Laboratory, 

WPAFB, OH, USA, Richard Striebich, Linda 

Shafer, University of Dayton Research 

Institute, Dayton, OH, USA 

Compressible and Incompressible Large Eddy 

Simulation of a Premixed Dump Combustor 


Terence Ma, Andreas Kempf, Imperial College 


Thrust Reversers for a Separate Exhaust High 

bypass Ratio Turbofan Engine and its Effect 

on Aircraft and Engine Performance 


Tashfeen Mahmood, Vishal Sethi, Cranfield 

University, UK, Cranfield, UK, Pericles Pilidis, 

Cranfield University, Bedford, UK, Anthony 

Jackson, Cranfield University, UK, Cranfield, 

Bedford, UK 

Numerical Analysis of biomass-Derived 

Gaseous Fuels Fired in a RQL Micro Gas 

Turbine Combustion Chamber - Preliminary 

Results 


paolo laranci, Edoardo Bursi, Università degli 

Studi di Perugia, Perugia, Italy, Francesco 

Fantozzi, university of perugia, perugia, Italy 

LES and RANS of Premixed Combustion 

in a Gas-Turbine like combustor using the 

Flamelet Generated Manifold Approach 


Thiago Cardoso de Souza, Rob Bastiaans, 

Technische Universiteit Eindhoven, 

Eindhoven, Netherlands, Bernard J. Geurts, 

Twente University, Enschede, Hengelo, 

Netherlands, Phillip de Goey, Technische 

Universiteit Eindhoven, Eindhoven, 

Netherlands 

Effect of Swirl Number and Fuel Type upon the 

Combustion Limits in Swirl Combustors 


Mohammed Abdulsada, steve morris, Nick 

Syred, Phil Bowen, Cardiff University, Cardiff, 

UK, Prof. Anthony Griffiths, Cardiff University, 

Cardiff School of Engineering, Cardiff, Wales, 

UK 

Combustor Design Optimisation Using 

CoKriging of Steady and Unsteady Turbulent 

Combustion 


Moresh Wankhede, Neil Bressloff, 

Andy Keane, University of Southampton, 

Southampton, Hampshire, UK



10:15 10:45 11:15 11:45 

COMMITTEE: Controls, Diagnostics & Instrumentation • Paper Session Room 121 • ThB-5-13 

HIGH-TEMPERATURE INSTRUMENTATION II 

Session Chair: William Allan, Royal Military College of Canada, Kingston, ON, Canada • Session Co-Chair: Marc Laviolette, Royal Military College of Canada, Kingston, ON, Canada 

Spray and Flame Structure of a Generic 

Injector at Aeroengine Conditions 


Ulrich Meier, DLR - German Aerospace 

Center, Koeln, Germany, Johannes Heinze, 

Stefan Freitag, Christoph Hassa, DLR, Koeln, 

Germany 

COMMITTEE: Cycle Innovations • Paper Session Room 204 • ThB-6-6 

FUEL CELL DRIvEN CyCLES 

Session Chair: Anestis I. Kalfas, Aristotle University (AUTH), Thessaloniki, Greece • Session Co-Chairs: Francesco Ghigliazza, Sofc Power, Mezzolombardo, Italy, Konstantinos G. Kyprianidis, 

Chalmers University, Gothenburg, Sweden, Anders Lundbladh, Volvo Aero Corporation, Trollhättan, Sweden 

Preliminary Experimental Results of IGFC 

Operation Using Hardware Simulation 


Alberto Traverso, University of Genoa, 

Genova, GE, Italy, David Tucker, NETL, 

Morgantown, WV, USA, Comas Haynes, 

Woodruff School of Mechanical Engineering, 

Georgia Institute of Technology, Atlanta, GA, 

USA 

An Acoustic Methodology to Measure Heat 

Release Rate Fluctuations From Unsteady 

Laminar Flames 


Jingxuan Li, Franck Richecoeur, Laboratoire 

EM2C, CNRS and Ecole Centrale Paris, 

Châtenay-Malabry, France, Yong Huang, 

Beihang University, Beijing, China, Thierry 

Schuller, Laboratoire EM2C, CNRS and Ecole 

Centrale Paris, Châtenay-Malabry, France 

Real-Time simulation of an experimental rig 

with pressurized SOFC 


paolo pezzini, University of Genoa TPG- 

DIMSET, Genoa, Italy, Francesco Caratozzolo, 

TPG-DIMSET University of Genoa, Genoa, 

Italy, Alberto Traverso, University of Genoa, 

Genova, GE, Italy 

Robust Lean blowout Sensing for Turbine 

Engine Combustors 


Ravi Bompelly, Jerry Seitzman, Georgia 

Institute of Technology, Atlanta, US Outlying Is 

Performance Simulation of a Hybrid Micro 

Gas Turbine Fuel Cell System based on 

Existing Components 


D. Bakalis, A.G Stamatis, University of 

Thessaly, Athens,Greece 

Amplified Pressure Transducer Using SOI 

Sensors and SOI Electronics, Suitable for 

High Temperature Operation (250C) 


Alex A. Ned, Wolf S. Landmann, Andrew 

Bemis, David S. Kerr, Kulite Semiconductor 

Products, Inc., Leonia, NJ, USA 

System Analysis of IGFC with Exergy 

Recuperation Utilizing Low-Grade Coal 


Risa Nomura, Norihiko IKI, Osamu Kurata, 

Masako Kawabata, National Institute of 

Advanced Industrial Science and Technology, 

Tsukuba, Ibaraki, Japan, Atsushi Tsutsumi, 

The University of Tokyo, Tokyo, Japan, Eiichi 

Koda, Central Research Institute of Electric 

Power Industry (CRIEPI), Kanagawa, Japan, 

Hirohide Furutani, National Institute of 

Advanced Industrial Science and Technology 

(AIST), Ibaraki, Japan 

COMMITTEE: Electric Power • Paper Session Room 109 • ThB-8-4 

ANALySIS OF GAS TURbINE bASED POWER PLANTS 

Session Chair: Michael Ladwig, Alstom Power, Baden, Switzerland • Session Co-Chair: Thomas Christiansen, Strategic Power Systems, Inc., Charlotte, NC, USA 

Combined Cycle Off-Design Performance 

Estimation: A Second-Law Perspective 


S. Can Gulen, General Electric, Schenectady, 

NY, USA, Joseph John, GE India Technology 

Centre, Bangalore,India 

A Competitive Market Approach to Gas 

Turbine Technology Portfolio Selection 


Cedric Y. Justin, Simon I. Briceno, Dimitri 

N. Mavris, Georgia Institute of Technology, 

Atlanta, GA, USA, Frederic Villeneuve, 

Siemens Energy, Inc., Orlando, FL, USA 

The OregenTM Waste Heat Recovery Cycle: 

Reducing the CO2 Footprint by Means of 

Overall Cycle Efficiency Improvement 


Paolo Del Turco, Antonio Asti, Alberto Scotti 

Del Greco, Alessandro Bacci, Giacomo Landi, 

Giacomo Seghi, GE Oil & Gas, Firenze, Italy 

R 

Operation and Maintenance Changes for 

Combined Cycle Gas Turbine Units as Result 

of Renewable Energy Policy 

Presentation without Publication 

Dick van der Vecht, Electrabel, Zwolle, 

Netherlands


106 


10:15 10:45 11:15 11:45 

COMMITTEE: Heat Transfer: General Interest • Paper Session Room 217/218 • ThB-10-16 

TURbINE HEAT TRANSFER 

Session Chair: Richard Anthony, U.S. Air Force Research Laboratory, WPAFB, OH, USA • Session Co-Chair: KENNETH LANDIS, Florida Turbine Technologies, Inc., Jupiter, FL, USA 

Effect of Aggressive Inlet Swirl on Heat 

Transfer and Aerodynamics in an Unshrouded 

Transonic HP Turbine 


Imran Qureshi, University of Oxford, Oxford, 

UK, Arrigo Beretta, Rolls-Royce PLC, Derby, 

Derbyshire, UK, Kam Chana, Thomas Povey, 

University of Oxford, Oxford, UK 

COMMITTEE: Heat Transfer: Film Cooling • Paper Session Room 222 • ThB-11-11 

FILM COOLING OPTIMIzATION 

Session Chair: David G. bogard, The University of Texas at Austin, Austin, TX, USA • Session Co-Chair: Jason Dees, GE Global Research, Niskayuna, NY, USA 

Improved Trench Film Cooling With Shaped 

Trench Outlets 


H. I. Oguntade, Gordon E. Andrews, 

Alan Burns, Derek B Ingham, Mohamed 

Pourkashanian, University of Leeds, Leeds, UK 

Method and Measurement of Adiabatic Wall 

Temperature Downstream of a High Pressure 

Turbine Using Thin-Film Sensors 


Victor Pinilla, Juan P. Solano, von Karman 

Institute for Fluid Dynamics, Rhode-Saint- 

Genèse, Belgium, Guillermo Paniagua, Von 


St-Genèse, Belgium 

Multi-Objective Optimization of Film-Cooling 

Holes Considering Heat Transfer and 

Aerodynamic Loss 


Ki-Don Lee, Sun-Min Kim, Kwang-Yong Kim, 

Inha University, Incheon,Korea (Republic) 

Heat Transfer For The Film-Cooled vane of a 1-1/2 

Stage High-Pressure Transonic Turbinepart I: 

Experimental Configuration And Data Review 

With Inlet Temperature Profile Effects 


Harika Kahveci, General Electric Energy, 

Greenville, SC, USA, charles haldeman, 

Randall Mathison, Michael Dunn, The Ohio 

State University, Columbus, OH, USA 

Effects Of Axial Row-Spacing For Double-Jet 

Film-Cooling On The Cooling Efectiveness 


Zhan Wang, Jian-jun Liu, Bai-tao An, Chao 

Zhang, Institute of Engineering Thermophysics, 

Chinese Academy of Sciences, Beijing, China 

Heat Transfer For The Film-Cooled vane Of A 

1-1/2 Stage High-Pressure Transonic Turbine 

Part II: Effect Of Cooling variation On The 

vane Airfoil And Inner Endwall 


Harika Kahveci, General Electric Energy, 

Greenville, SC, USA, charles haldeman, 

Randall Mathison, Michael Dunn, The Ohio 

State University, Columbus, OH, USA 

COMMITTEE: Heat Transfer: Film Cooling • Paper Session Room 224 • ThB-11-14 

INTERNAL COOLING EFFECTS ON FILM COOLING 

Session Chair: Mohammad Taslim, Northeastern University, Boston, MA, USA • Session Co-Chair: Lesley Wright, Baylor University, Waco, TX, USA 

Impact On Adiabatic Film Cooling 

Effectiveness Using Internal Cyclone Cooling 


Andreas Lerch, Daniela Klaubert, Heinz-Peter 

Schiffer, Technische Universität Darmstadt, 

Darmstadt, Germany 

Experimental and Numerical Study on Effects 

of Turbulence Promoters on Flat Plate Film 

Cooling 


Eiji Sakai, Toshihiko Takahashi, CRIEPI, 

Kanagawa, Japan 

Aerothermal Investigations on Mixing Flow 

Field of Film Cooling with Swirling Coolant 

Flow 


Kenichiro Takeishi, Masaharu Komiyama, 

Yutaka Oda, Yuta Egawa, Tsuyoshi Kitamura, 

Osaka University, Suita, Japan 

Interaction of Rotational Wakes and Coolant 

Film in a Sector-Annular Duct 


Matthew Golsen, Nghia Tran, Mark Ricklick, 

Jayanta Kapat, Center for Advanced Turbines 

and Energy Research, University of Central 

Florida, Orlando, FL, USA 

COMMITTEE: Heat Transfer: Internal Air and Seals (with Turbomachinery) • Paper Session Room 214 • ThB-12-6 

METHODS 

Session Chair: Gary Lock, University of Bath, Bath, BA2 7AY, UK • Session Co-Chair: Oliver Schneider, Siemens AG, Energy Sector, Gas Turbine Technology, Mülheim a.d. Ruhr, Germany 

Modelling Of An Aero Engine bearing 

Chamber Using Enhanced Cfd Technique 


Davide Peduto, Amir Aleem Hashmi, Klaus 

Dullenkopf, Hans Joerg Bauer, Karlsruhe 


Württemberg, Germany, Herve Morvan, The 

University of Nottingham, Nottingham, UK 

Passive Tracer validity for Cooling 

Effectiveness Modeling in a Turbine Rim Seal 

Environment 


Guillaume Boutet-Blais, Julie Lefrancois, 

Steve Julien, Guy Dumas, Jean-Francois 

Harvey, Université Laval, Québec, QC, Canada, 

Remo Marini, Jean-Francois Caron, Pratt & 


validation of a Coupled Fluid/Solid Heat 

Transfer Method 


Roque Corral, Guillermo Pastor, Jose Maria 

Chaquet, Industria de Turbopropulsores 

SA, Madrid, Madrid, Spain, Jesus Pueblas, 

Universidad Politecnica de Madrid, Madrid, 

Spain, Daniel Coren, University of Sussex, 

Brighton, UK 

Fluidic Jet barriers for Sealing Applications 


Simon Hogg, Isabel Gomezruiz, Durham 

University, Durham, Co. Durham, UK



10:15 10:45 11:15 11:45 

COMMITTEE: Industrial & Cogeneration • Tutorial Session Room 205 • ThB-15-7 

COMbUSTION AND EMISSIONS 

Session Chair: Manfred Klein, National Research Council of Canada, Ottawa, Canada • Session Co-Chair: Mike Klassen, Combustion Science and Engineering, Columbia, USA 

Combustion and Emissions Tutorial 

Mike Klassen, Combustion Science and 

Engineering, Columbia, USA 

Emissions Prevention and Control 

Len Angello, Electric Power Research 

Institute, Palo Alto, USA 

Emission Standards 

Manfred Klein, National Research Council of 


COMMITTEE: Manufacturing Materials & Metallurgy • Discussion Session Room 111/112 • ThB-16-5 

GAS TURbINE OPERATION AND MAINTENANCE ISSUES 

Session Chair and Instructor: Henry bernstein, Gas Turbine Materials Associates, San Antonio, USA 

COMMITTEE: Oil & Gas Applications • Panel Session Room 208/209 • ThB-19-9 

OFFSHORE AND ARCTIC COMPRESSION APPLICATION ISSUES 

Session Chair: José L. Gilarranz R., Dresser-Rand Company, Houston, TX, USA 

Mechanical Design Considerations for 

Floating Production Applications 

Rainer Kurz, Solar Turbines Incorporated, San 


High Speed Electric Motors for Compressor 

Drive Applications in Harsh Environments 

Jean-Francois Pradurat, Converteam Motors, 

Nancy, France 

Offshore High Pressure CO2 Compression 

Applications 

Manoj Gupta, Dresser-Rand Company, 

HOUSTON, TX, USA 

COMMITTEE: Oil & Gas Applications • Tutorial Session Room 207 • ThB-19-14 

ROOT CAUSE FAILURE ANALySIS FOR GAS TURbINES 

Session Chair and Instructor: David Ransom, Southwest Research Institute, San Antonio, TX, USA 

COMMITTEE: Structures & Dynamics: Fatigue, Fracture & Life Prediction • Panel Session Room 215/216 • ThB-22-6 

PERSPECTIvES ON STRUCTUAL INTEGRITy ISSUES IN GAS TURbINE ENGINES 

Session Chair: Phillip Gravett, Siemens Energy Inc., Orlando, FL, USA 

Managing Gas Turbine 

Engine Structual Integrity 

Pontus Slottner, Siemens 

Industrial Turbomachinery 


Alstom Perspective 

on Structural Integrity 

Requirements of Industrial 

Gas Turbines 

Richard S. Nelson, Power 

Systems Mfg., An Alstom 

Company, Jupiter, FL, USA 

Honeywell Perspecive 

on Strucutral Integrity 

Requirements of Aircraft 

Engines 

Michael Gorelik, Honeywell 

Aerospace, Phoenix, AZ, USA 

Pratt & Whitney Perspecive 

on Strucutral Integrity 

Requirements of Aircraft 

Engines 

John Paul, Pratt & Whitney, 

East Hartford, USA 

Air Force Research Lab 

Perspecive on Strucutral 

Integrity Requirements of 

Aircraft Engines 

Jeff Brown, Air Force 

Research Laboratory, Dayton, 

USA 

R 

R 

R 

R 

R 

The Importance of 

Manufacturing Process 

Modeling on Structural 

Integrity 

Michael Enright, Southwest 


Antonio, USA


108 


10:15 10:45 11:15 11:45 

COMMITTEE: Structures & Dynamics: Bearing & Seal Dynamics • Paper Session Room 213 • ThB-25-6 

SEALS II - THEORETICAL AND EXPERIMENTAL ASPECTS 

Session Chair: Minel braun, University of akron, Akron, OH, USA 

Theoretical Modelling of Floating Ring 

Annular Seals 


Mihai Arghir, Manh-Hung Nguyen, Université 

de Poitiers, Futuroscope Chasseneuil, France, 

David Tonon, SNECMA Space Engine Division, 

Vernon, Cedex, France, Jerome Dehouve, 

Centre National d’Etudes Spatiales, Evry, 

CEDEX, France 

COMMITTEE: Structures & Dynamics: Structural Mechanics & Vibration • Paper Session Room 118 • ThB-26-1 

MISTUNING I 

Session Chair: Eric Seinturier, TURBOMECA, BORDES, France • Session Co-Chair: Denis Laxalde, McGill University, Montreal, QC, Canada 

Reduced-Order Models for blade-to-blade 

Damping variability in Mistuned blisks 


Anish Joshi, Bogdan I. Epureanu, University 

of Michigan, Ann Arbor, MI, USA 

COMMITTEE: Structures & Dynamics: Aerodynamic Excitation & Damping (with Turbomachinery) • Paper Session Room 212 • ThB-28-6 

TURbOMACHINE AEROELASTICITy AND COMPUTATIONAL METHODS III 

Session Chair: Mehdi vahdati, Imperial College London, London, UK • Session Co-Chair: bogdan Marcu, Space Exploration Technologies, Hawthorne, CA, USA 

Mu Analysis for Turbomachinery Stall Flutter 


Md M.I. Forhad, Puneet Vishwakarma, Yunjun 

Xu, University of Central Florida, Orlando, FL, 

USA 

Comparison between a CFD Code and a 

Three-Control-volume Model for Labyrinth 

Seal Flutter Predictions 


Richard Phibel, Luca di Mare, Imperial 

College, London, UK 

Reduced Order Model of a bladed Rotor with 

Geometric Mistuning: Comparison between 

Modified Modal Domain Analysis and 

Frequency Mistuning Approach 


Yasharth Bhartiya, Alok Sinha, The 

Pennsylvania State University, University 

Park, PA, USA 

Dependency Of Unsteady Time-Linearized 

Flutter Investigations On The Steady State 

Flow Field 


Michael Blocher, Markus May, DLR - German 

Aerospace Center, Institute of Aeroelasticity, 

Göttingen, Germany, Harald Schoenenborn, 

MTU Aero Engines GmbH , Munich, Germany 

The Influence of blade Properties on the 

Forced Response of Mistuned bladed Disks 


Andreas Hohl, Insitute of Dynamics and 

Vibration Research, Hannover, Lower Saxony, 

Germany, Benedikt Kriegesmann, Leibniz 

Univerität Hannover, Hannover, Germany, 

Jörg Wallaschek, Lars Panning, Leibniz 

Universitaet Hannover, Institute of Dynamics 

and Vibration Research, Hannover, Germany 

Prediction of Turbomachinery Aeroelastic 

behavior From a Set of Representative Modes 


Maria A. Mayorca, Damian Vogt, Royal 

Institute of Technology, Stockholm, Sweden, 

Hans Martensson, Volvo Aero Corporation, 

Trollhättan, Sweden, Torsten H. Fransson, 

Royal Institute of Technology (KTH), 


Investigation of Coriolis effect on vibration 

characteristics of a realistic mistuned bladed 

disk 


Jianqiang Xin, Jianjun Wang, Beijing 

University of Aeronautics and Astronautics, 


Computation of Aerodynamic Damping for 

Flutter Analysis of a Transonic Fan 


Parthasarathy Vasanthakumar, DLR - German 

Aerospace Center, Goettingen, Germany



10:15 10:45 11:15 11:45 

COMMITTEE: Turbomachinery: Axial Fan & Compressor Aerodynamics • Paper Session Room 220 • ThB-29-1 

bLEED, LEAKAGE, AND REAL GEOMETRy EFFECTS 

Session Chair: Paolo Gaetani, Politecnico Milano, Milan, Italy • Session Co-Chair: Jean Francois brouckaert, von Karman Institute for Fluid Dynamics, Rhode-Saint-Genese, Belgium 

Aerodynamic Performance of a Coolant Flow 

Off-take Downstream of an OGv 


Chris A’Barrow, Jon F. Carrotte, A Duncan 

Walker, Loughborough University, 

Loughborough, UK, Andrew Rolt, Rolls-Royce 

plc, Derby, UK 

Numerical and Experimental Investigations 

of a Compressor Cascade Flow with 

Secondary Air Removal 


Sascha Pönick, Dragan Kozulovic, V. Rolf 

Radespiel, Technische Universität 

Braunschweig, Braunschweig, Germany, Bernd 

Becker,olker Gümmer, Rolls-Royce Deutschland 

Ltd, Blankenfelde-Mahlow, Germany 

The Influence of Shrouded Stator Cavity 

Flows on the Aerodynamic Performance 

of a High-Speed Multistage Axial-Flow 

Compressor 


Dai Kato, Mai Yamagami, Naoki Tsuchiya, 

Hidekazu Kodama, IHI Corporation, Tokyo, 

Japan 

Optimal Application of Riblets on Compressor 

blades and Their Contamination behavior 


Christoph Lietmeyer, Joerg R. Seume, 

Institute of Turbomachinery and Fluid 

Dynamics, Leibniz University Hannover, 

Hannover, Germany, Karsten Oehlert, E.ON 

Nuclear Energy GmbH, Hannover, Germany 

COMMITTEE: Turbomachinery: Design Methods & CFD Modeling For Turbomachinery • Paper Session Room 202/203 • ThB-31-12 

ADJOINT & RESPONSE SURFACE METHODS II 

Session Chair: Mark Turner, University Of Cincinnati, Cincinnati, OH, USA 

Comprehensive Application of a First 

Principles based Methodology for Design of 

Axial Compressor Configurations 


Vishwas Iyengar, Southwest Research 

Institute, San Antonio, TX, USA, Lakshmi 

Sankar, Georgia Institute of Technology, 


COMMITTEE: Turbomachinery: Radial Turbomachinery • Paper Session Room 211 • ThB-33-2 

TURbOCHARGER TURbINES - UNSTEADy FLOW & HEAT TRANSFER 

Session Chair: Harold Hipsky, Hamilton Sundstrand, Windsor Locks, CT, USA • Session Co-Chair: Stephen Spence, Queen’s University Belfast, Belfast, Northern Ireland, UK 

Evaluation of Heat Transfer Effects on 

Turbocharger Performance 


Borislav Sirakov, Honeywell Turbo 

Technologies, Torrance, CA, USA, Michael 

Casey, Universität Stuttgart, Stuttgart, 

Germany 

Optimization of Endwall Contours of a Turbine 

blade Row Using An Adjoint Method 


Jiaqi Luo, Northwestern Polytechnical 

University, Xi’an, Shaanxi Province, China, 

Feng Liu, University of California, Irvine, 

CA, USA, Ivan McBean, Alstom Power 

(Switzerland), Baden, Baden, Switzerland 

Understanding the Twin Scroll Turbine - Flow 

Similarity 


Nils Brinkert, Daimler, Stuttgart, BW, 

Germany, Siegfried Sumser, Siegfried Weber, 

Klaus Fieweger, Daimler AG, Group Research 

and Advanced Engineering Powertrain, 

Stuttgart, Germany, Achmed Schulz, 

Karlsruher Institut für Technologie, Karlsruhe, 

Germany, Hans Joerg Bauer, Karlsruhe 



Comparison between the Steady Performance 

of Double-Entry and Twin-Entry Turbocharger 

Turbines 


Alessandro Romagnoli, Colin Copeland, 

Ricardo Martinez-Botas, Imperial College 

London, London, UK, Srithar Rajoo, 

Universiti Teknologi Malaysia, Johor Bahru, 

Johor,Malaysia, Martin Seiler, ABB Turbo 

Systems Ltd., Baden, Switzerland, Aaron 

Costall, Caterpillar Inc., Peterborough, 

Cambridgeshire, UK 

R 

A Numerical and Experimental Investigation 

of the Effects of Flow Ratio on the Flow and 

Performance Characteristics of a Twin Entry 

Radial Turbine 


Majid R. Shahhosseini, Sharif University/Azad 

University, Tehran, Iran, Ali Hajilouy-Benisi, 

Sharif University of Technology, Tehran, Iran, 

Mahsa Rajabian, University: Azad University, 

Tehran, Iran


110 


10:15 10:45 11:15 11:45 

COMMITTEE: Turbomachinery: Noise & Innovative Noise Reduction • Paper Session Room 210 • ThB-35-1 

TURbOMACHINERy NOISE 

Session Chair: Huu Duc vo, Ecole Polytechnique de Montreal, Montreal, QC, Canada • Session Co-Chair: Anant Grewal, National Research Council, Ottawa, ON, Canada 

Sound Deadening on fans 


Sascha Karstadt, Berthold Matyschok, Chair 

of Fluid Systems Technology Technische 

Universität Darmstadt, Darmstadt, Germany, 

Peter Pelz, Chair of Fluid Systems Technology 

Technische Universität Darmstadt,, 

Darmstadt, Germany 

Numerical and Experimental Investigation 

of Flow behavior and Aerodynamic Noise in 

Axial Flow Fan of Air-conditioner 


Xi Feng Zhao, School Of Energy And Power 

Engineering, Xi’an Jiaotong University, Xi’an, 

Shaan Xi, China, Jinju Sun, School Of Energy 

& Power Engr, Xi’an Jiaotong Univ., Xi’an, 

Shaan Xi Province, China, Zhi Zhang, The 

Research Center, Midea Air-Conditioning And 

Refrigeration Group Co. Ltd., Foshan, Guang 

Dong, China 

Shock Propagation and MPT Noise From a 

Transonic Rotor in Non-Uniform Flow 


Jeff Defoe, Zolti Spakovszky, MIT Gas Turbine 

Laboratory, Cambridge, MA, USA 

validation of a 3D Linearized Method for 

Turbomachinery Tone NoiseAnalysis 


Lorenzo Pinelli, Francesco Poli, Michele 

Marconcini, Andrea Arnone, University of 

Florence, Florence, Italy, Ennio Spano, Davide 

Torzo, Avio SpA, Rivalta di Torino, Italy 

COMMITTEE: Wind Turbine Technology • Paper Session Room 122 • ThB-37-7 

WIND TURbINE POWER SySTEMS 

Session Chair: Lakshmi Sankar, Georgia Institute of Technology, Atlanta, GA, USA • Session Co-Chair: vishwas Iyengar, Southwest Research Institute, San Antonio, TX, USA 

The Effects of Improved Starting Capability on 

Energy yield for Small HAWTs 


Supakit Worasinchai, Robert Dominy, Grant 

Ingram, Durham University, Durham, UK 

Dynamic Analysis of a Wind Energy Storage 

System in Remote Offshore Area 


Pan Zhao, Yiping Dai, Jiangfeng Wang, Xi’an 

Jiaotong University, Xi’an, China, Danmei Xie, 

Wuhan University, Wuhan, Hubei, China 

A New Hybrid Method for Wind Power 

Forecasting based on Wavelet Decomposition 

and Artificial Neural Networks 


Maria Grazia De Giorgi, Marco Tarantino, 

Antonio Ficarella, University of Salento, 

Lecce, Italy 

Supporting Windpower within a Separate 

Electric Power Grid 


Zygfryd Domachowski, Marek Dzida, M. 

Hossein Ghaemi, Gdansk University of 

Technology, Gdansk, Poland 

R


THURSDAY, JUNE 9: 2:30 p.m. - 5:00 p.m. 

2:30 3:00 3:30 4:00 4:30 

COMMITTEE: Aircraft Engine • Panel Session Room 211 • ThC-1-15 

UlTrA HIgH ByPASS PrOPUlSIOn 

Session Chair: Christopher Hughes, NASA Glenn Research Center, Cleveland, OH, USA • Session Co-Chair: Dale Vanzante, NASA Glenn Research Center, Cleveland, OH, USA 

nASA Subsonic Fixed Wing 

Project - Current research 

Status 

Nateri Madavan, NASA 

Ames Research Center, 

Moffett Field, CA, USA 

The Federal Aviation 

Administration Continuous 

lower Energy, Emissions and 

noise (ClEEn) Program 

Rhett Jefferies, Federal 

Aviation Administration, 

Washington, USA 

nASA Environmentally 

responsible Aviation 

Advanced Vehicle Concepts 

Study 

Mark Mangelsdorf, NASA 

Ames Research Center, 

Moffett Field, USA 

nASA / general Electric 

Open rotor research Test 

Campaign 

John Wojno, GE Aviation, 

Evendale, OH, USA 

Investigation into Distortion 

Tolerant Fans at United 

Technologies research 

Corporation 

Om Sharma, United 

Technologies Research 

Center, East Hartford, CT, USA 

Ultra High Bypass Propulsion 

research at rolls royce 

Mark Taylor, Rolls Royce, 

Darby, UK 

COMMITTEE: Coal, Biomass & Alternative Fuels • Panel Session Room 202/203 • ThC-3-8 

CUrrEnT STATUS AnD OUTlOOk OF gASIFICATIOn AnD IgCC SySTEMS 

Session Chair: Ting Wang, University of New Orleans, New Orleans, LA, USA • Session Co-Chair: robert Steele, EPRI, Charlotte, NC, USA 

The U.S. DOE Office of Fossil Energy 

Advanced Power Systems Program 

Advanced Technology Performance 

for IgCC Applications with Carbon 

Capture 

Richard Dennis, DoE National 

Energy Technology Lab, 


Impact on IgCC Performance 

and Configuration Due to Various 

Carbon Capture Options 

Justin Zachary, Bechtel USA, 


Industrial Applications of Opposed 

Multi-Burner (OMB) gasification 

Process in Chemical Industry and 

IgCC Projects 

Zhijie ZHOU, East China University 

of Science and Technology, 

Shanghai, China 

gasification research and 

Development in CAnMET Energy 

Technology Center of natural 

resources Canada 

Robin Hughes, Natural Resources 


COMMITTEE: Combustion, Fuels & Emissions • Paper Session Room 111/112 • ThC-4-7 

CHEMICAl kInETICS 

Session Chair: Mike klassen, Combustion Science and Engineering, Columbia, USA • Session Co-Chair: Chris W Wilson, The University of Sheffield, Sheffield, UK 

laminar Flame Speed 

Measurements And Modeling 

Of Alkane Blends At Elevated 

Pressures With Various Diluents 


Henry Curran, Wayne Metcalfe, 

Sinéad Burke, NUI Galway, 

Galway,Ireland, William Lowry, 

Michael Krejci, Eric Petersen, Texas 

A&M University, College Station, TX, 

USA, Yash Kochar, Jerry Seitzman, 

Tim Lieuwen, Georgia Institute 


Gilles Bourque, Rolls-Royce Canada 

Limited, Lachine, QC, Canada 

Towards Surrogate reaction Model 

Development 


Nadja Slavinskaya, German 

Aerospace Center, Institute of 

Combustion Technology, Stuttgart, 

Germany, Anton Zizin, German 

Aerospace Center,Institute of 


Germany, Uwe Riedel, German 

Aerospace Center, Institute of 


Germany 

Synthetic jet fuel combustion: 

Experimental and kinetic modeling 

study 


Philippe Dagaut, Amir Mze-Ahmed, 

Kamal Hadj-Ali, Pascal Dievart, 

CNRS-INSIS, ORLEANS, France 

Assessment of Current 

Chemiluminescence kinetics 

Models at Engine Conditions 


Eric Petersen, Madeleine Kopp, 

Nicole Donato, Texas A&M 

University, College Station, TX, USA, 

Felix Guethe, Alstom Power, Baden, 

Switzerland 

An Improved Core reaction 

Mechanism For Saturated C0-C4 

Fuels 


Chitralkumar V. Naik, Karthik 

V. Puduppakkam, Ellen Meeks, 

Reaction Design, San Diego, CA, 

USA 

R


112 


2:30 3:00 3:30 4:00 4:30 

COMMITTEE: Combustion, Fuels & Emissions • Paper Session Room 110 • ThC-4-10 

COMBUSTIOn InSTABIlITIES ExPErIMEnTAl III 

Session Chair: Sunil James, Honeywell Aerospace, Phoenix, AZ, USA • Session Co-Chair: Balu Sekar, AFRL/RZTC, OH, OH, USA 

Determination of Equivalence 

ratio and Oscillatory Heat release 

Distributions in non-premixed 

Bluff Body-stabilized Flames using 

Chemiluminescence Imaging 


Caleb Cross, Eugene Lubarsky, 

Dmitriy Shcherbik, Keary Bonner, 

Alex Klusmeyer, Ben T. Zinn, Georgia 


USA, Jeffery Lovett, Pratt & Whitney, 



Thermo-acoustic Instabilities 

in a laboratory Combustor with 

Synthesis gases 


Min Zhu, Tsinghua University, 

Beijing, China, H. Zhang, Tsinghua 

University, Key Laboratory for 

Thermal Science and Power 

Engineering, Beijing, China, Xiaoyu 

Zhang, Tsinghua University, Beijing, 

China 

Experimental Determination Of 

Flame Transfer Function Using 

random Velocity Perturbations. 


Alexis Cuquel, Daniel Durox, 

Laboratoire EM2C, CNRS and 

Ecole Centrale Paris, Châtenay 

Malabry, France, Thierry Schuller, 



France 

Fuel-Forced Flame response Of a 

lean Premixed Combustor 


Poravee Orawannukul, The 


University Park, PA, USA, Jongguen 

Lee, University of Cincinnati, 

Cincinnati, OH, USA, Bryan Quay, 

Domenic Santavicca, Penn State, 


Flame Transfer Function 

Measurements In A Single nozzle 



Shawn Wehe, Hejie Li, Keith 

McManus, GE Global Research, 


COMMITTEE: Combustion, Fuels & Emissions • Paper Session Room 114/115 • ThC-4-33 

PrEMIxED FlAMES 

Session Chair: Balu Sekar, AFRL/RZTC, OH, OH, USA • Session Co-Chair: Sunil James, Honeywell Aerospace, Phoenix, AZ, USA 

Characteristics of Bluff Body 

Stabilized Turbulent Premixed 

Flames 


Alejandro Briones, University of 

Dayton Research Institute, Dayton, 

OH, USA, Balu Sekar, AFRL/RZTC, 

OH, OH, USA, Hugh Thornburg, High 

Performance Technologies, Inc., 

Reston, VA, USA 

A Comparative Analysis Of Turbine 

rotor Inlet Temperature Models 


Cristhian Maravilla Herrera, Sergiy 

Yepifanov, National Aerospace 

University, Kharkov, Kharkov 

Region, UKraine, Igor Loboda, 

National Polytechnic Institute, 

School of Mechanical and Electrical 

Engineering, Mexico City, Federal 

District, Mexico 

Experimental Analysis of Confined 

Jet Flames by laser Measurement 

Techniques 


Oliver Lammel, Michael Stöhr, 

Peter Kutne, Claudiu Dem, 

Wolfgang Meier, Manfred Aigner, 



A gas Turbine Engine Model of 

Transient Operation Across The 

Flight Envelope 


Reza Rezvani, Georgia Institute of 

Technology, Manchester, CT, USA, 

Metin Ozcan, Brian K Kestner, Jimmy 

Tai, Dimitri N. Mavris, Georgia Institute 


Richard Meisner, Steven Sirica, Pratt 


numerical Simulations Of Confined, 

Turbulent, lean, Premixed Flames 

Using A Detailed Chemistry 

Combustion Model 


Massimiliano Di Domenico, Peter 

Gerlinger, DLR Stuttgart, Stuttgart, 

Germany, Berthold Noll, German 

Aerospace Center (DLR), Stuttgart, 

Germany 

Engine Parameter Estimation in 

Test Cells using Hybrid Physics/ 

Empirical Models 


J.A. DeCastro, Impact Technologies, 

LLC, Rochester, NY, USA, D.K. 

Frederick, Saratoga Control 

Systems, Inc., Saratoga Springs, 

NY, USA, Liang Tang, Impact 

Technologies, LLC, Rochester, NY, 

USA 

laminar Flame Velocity Of 

Components Of natural gas 


Patricia Dirrenberger, Pierre 

Alexandre Glaude, Hervé Le Gall, 

Roda Bounaceur, Olivier Herbinet, 

Frédérique Battin-Leclerc, LRGP 

CNRS, Nancy, France, Alexander 

Konnov, Lund Institute of 

Technology, Lund, Sweden 

new Alstom Monitoring Systems 

leveraging Artificial neural 

network Technologies 


Thomas Palmé, University of 

Stavagner, Stavanger,Norway, 

Peter Breuhaus, Mohsen 

Assadi, University of Stavanger, 

Stavanger,Norway, Albert Klein, 

Minkyo Kim, Alstom Power, Baden, 

Switzerland 

Turbulent Consumption Speed 

Scaling of H2/CO Blends 


Prabhakar Venkateswaran, 

Andrew Marshall, David Noble, 

Jerry Seitzman, Tim Lieuwen, 


Atlanta,Georgia 

COMMITTEE: Controls, Diagnostics & Instrumentation • Paper Session Room 121 • ThC-5-7 

EngInE HEAlTH MOnITOrIng MODElIng APPlICATIOnS 

Session Chair: Donald l. Simon, NASA Glenn Research Center, Cleveland, OH, USA • Session Co-Chair: Sebastien Borguet, University of Liege, Liege, Belgium 

R 

nonlinear Model Based Diagnostic 

of gas Turbine Faults: A Case Study 


Yongwen Liu, Ming Su, Shanghai 

Jiao Tong University, Shanghai, 

China



2:30 3:00 3:30 4:00 4:30 

COMMITTEE: Cycle Innovations • Paper Session Room 204 • ThC-6-10 

lOW EMISSIOn CyClES 

Session Chair: Stefano Campanari, Politecnico di Milano - Dep. of Energy, Milano, Italy • Session Co-Chair: David Sánchez, Universidad de Sevilla, Sevilla, Spain 

A Thermodynamic Analysis of 

Chemical looping Combustion 


Andrew L Heyes, Loukas Botsis, 

Niall R McGlashan, Peter Childs, 

Imperial College London, London, UK 

A Pb/Zn Based Chemical looping 

System for Hydrogen and Power 

Production with Carbon Capture. 


Niall McGlashan, Peter Childs, 

Andrew Heyes, Imperial College, 

London, UK 

Sorbent reactivity Studies for CO2 

and SO2 Co-Capture by Calcium 

looping Process 


Senthoorselvan Sivalingam, 

Stephan Gleis, Hartmut Spliethoff, 

Technische Universitaet Muenchen, 

Garching b München, Germany 

Design and Performance Analysis 

of A Solid Oxide Fuel Cell / gas 

Turbine (SOFC/gT) Hybrid System 

Used in Combined Cooling Heating 

and Power System 


Hsiao-Wei D. Chiang, Dr. Chih-Neng 

Hsu, Wu-Bin Huang, Chen-Yin 

Lin, National Tsing Hua University, 

Hsinchu City,Taiwan, Chien-Hsiung 

Lee, Wei-Ping Huang, Wen-Tang 

Hong, Hsueh-I Tan, Institute of 

Nuclear Energy Research, Taiwan, 

ROC, Taoyuan County,Taiwan 

Conceptual Design and 

Performance Analysis of SOFC/MgT 

Hybrid Distributed Energy System 


Zheng Dang, Xi’an Jiaotong 

University, Xian,, Shaanxi, China, 

Hua Zhao, Xi’an Jiaotong University, 

Xi’an, Shaanxi, China, Xi Guang, 

Xi’an Jiaotong Univ, xi’an, Shaanxi, 

China 

COMMITTEE: Fans & Blowers • Paper Session Room 120 • ThC-9-2 

DESIgn METHODS FOr FAnS & BlOWErS 

Session Chair: geoff Sheard, Flakt Woods, Colchester, UK • Session Co-Chair: Thomas Carolus, University Siegen, Siegen, Germany 

An Aerodynamic Design 

Methodology for low Pressure 

Axial Fans with Integrated Airfoil 

Polar Prediction 


Thomas Carolus, Ralf Starzmann, 

University Siegen, Siegen, Germany 

Design and Test of A Small High 

Performance Diagonal Fan 


Michael Schmitz, ebm-papst 

St. Georgen GmbH & Co. KG, 

St. Georgen, Germany, Georg 

Eimer, Harald Schmid, ebmpapst 

GmbH & Co KG, St. Georgen im 

Schwarzwald, Germany 

Application Of An Inverse Cascade 

Analytical And numerical Design 

Method Used In The Design Of 

Axial Fans 


Mihai Miclea-Bleiziffer, Philipp 

Epple, Antonio Delgado, Henrik 

Smith, Matthias Semel, University 

of Erlangen-Nurmberg - Institute of 

Fluid Mechanics, Erlangen, Bayern, 

Germany 

Extended Mean line Theory for 

Axial Fans: Analytic Calculation 

of the Flow Characteristics for Off- 

Design Points 


Matthias Semel, Philipp Epple, 

Henrik Smith, Mihai Miclea- 

Bleiziffer, Antonio Delgado, 

University of Erlangen-Nurmberg 

- Institute of Fluid Mechanics, 

Erlangen, Bayern, Germany 

Prediction of the Blade Trailingedge 

noise of an Axial Flow Fan 


Alain Guedel, CETIAT, Villeurbanne 

cedex, France, Mirela Robitu, 

Nicolas Descharmes, CETIAT, 

Villeurbanne, France, Didier Amor, 

Jerome Guillard, Fläkt Solyvent- 

Ventec, Meyzieu, France 

COMMITTEE: Heat Transfer: general Interest • Paper Session Room 217/218 • ThC-10-7 

HEAT TrAnSFEr AUgMEnTATIOn In A rOTATIng FrAME 

Session Chair: nirm nirmalan, GE Global Research Center, Niskayuna, NY, USA • Session Co-Chair: gregory laskowski, GE Global Research, Niskayuna, NY, USA 

Investigation of the Effect of 

rotation on the Flow in a Two-Pass 

Cooling System with Smooth and 

ribbed Walls Using PIV 


Michael M. Schroll, German 

Aerospace Center (DLR), Cologne, 

Germany, Martin Elfert, German 

Aerospace Centre (DLR), Cologne, 

Germany, Lena Lange, German 

Aerospace Center (DLR), Cologne, 

Germany 

Effect of rib Spacing on Heat 

Transfer in a Two Pass rectangular 

Channel (Ar=2:1) at High rotation 

numbers 


Jiang Lei, Texas A&M University, 

College Station, TX, USA, Michael 

Huh, The University of Texas at 

Tyler, Tyler, TX, USA, Je-Chin Han, 

Texas A&M University, College 


Effects of rotation on Jet 

Impingement Channel Heat Transfer 


Justin Lamont, Virginia Tech, 

Blacksburg, VA, USA, Srinath 

Ekkad, Virginia Polytechnic Institute 

and State University, Blacksburg, 

VA, USA 

Detailed Heat Transfer Distributions 

in Engine Similar Cooling Channels 

for a Turbine rotor Blade With 

Different rib Orientations 


Chris Leblanc, Virginia Tech, 

Blacksburg, VA, USA, Srinath 

Ekkad, Virginia Polytechnic 

Institute and State University, 

Blacksburg, VA, USA, Tony Lambert, 

Veera Rajendran, Rolls-Royce, 

Indianapolis, IN, USA 

Detailed Heat Transfer Distributions 

And Pressure Drop Measurements 

For A rotating Parallelogram Channel 

With radially Outward Flow 


Shyy Woei Chang, National 

Kaohsiung Marine University, 

Kaohsiung,Taiwan, T.-M. Liou, 

National Tsing Hua University, Dept. 

of PME, Hsinchu,Taiwan, T.-H. 

Lee, National Kaohsiung Marine 

University, Kaohsiung, Taiwan, China


114 


2:30 3:00 3:30 4:00 4:30 

COMMITTEE: Heat Transfer: general Interest • Paper Session Room 220 • ThC-10-15 

TrAIlIng EDgE & PEDESTAl HEAT TrAnSFEr 

Session Chair: B.V.S.S.S. Prasad, Indian Institute of Technology, Madras, Chennai, Tamilnadu, India • Session Co-Chair: Andrew Duggleby, Texas A&M University, College Station, TX, USA 

numerical Study On Heat Transfer 

Characteristics In rectangular 

Ducts With Pin-Fins 


Xinjun Wang, Xi’an Jiaotong 

University, Xi’an, China, Xiaowei 

Bai, Xi’an Jiaotong University, Xi an, 

China, Jiangbo Wu, Rui Liu, Xi’an 

Jiaotong University, Xi’an, China, 

Ding Zhu, Xian Jiaotong University, 

Xi’an, China, Gaoliang Liao, Xian 

Jiaotong University, Xi an, China 

Effects of Pin-Fin Height on Flow 

and Heat Transfer in a rectangular 

Duct 


Xingkai Chi, Tom I-P. Shih, Purdue 

University, West Lafayette, IN, USA, 

K. Mark Bryden, DoE Ames National 

Lab, Ames, IA, USA, Minking 

Chyu, Sin Chien Siw, University 

of Pittsburgh, Pittsburgh, PA, USA 

Robin Ames, Richard Dennis, DoE 

National Energy Technology Lab, 


Validation and Analysis of 

numerical results for a Two-Pass 

Trapezoidal Channel with Different 

Cooling Configurations of Trailing 

Edge 


Waseem Siddique, Torsten 

H. Fransson, Royal Institute of 

Technology, Stockholm, Sweden, 

Lamyaa El-Gabry, The American 

University in Cairo, New Cairo,Egypt, 

Igor V. Shevchuk, MBtech Group, 

Fellbach-Schmiden, Germany 

Flow Field Analysis Of A Trailing 

Edge Internal Cooling Channel 


Antonio Andreini, Cosimo 

Bianchini, University of Florence, 

Florence, Italy, Luca Casarsa, 

Alessandro Armellini, University of 

Udine, Udine, Italy 

Experimental and numerical Cross- 

Over Jet Impingement in a ribroughened 

Airfoil Trailing-Edge 

Cooling Channel 


Mohammad Taslim, Michael Fong, 

Northeastern University, Boston, 

MA, USA 

COMMITTEE: Heat Transfer: Film Cooling • Paper Session Room 214 • ThC-11-12 

AErODynAMIC EFFECTS On FIlM COOlIng 

Session Chair: James Heidmann, NASA Glenn Research Center, Cleveland, OH, USA • Session Co-Chair: Veera rajendran, Rolls-Royce, Indianapolis, IN, USA 

Experimental Investigations on 

Cooling Air Ejection at a Straight 

Turbine Cascade Using PIV and QlS 


Oliver Freund, Leibniz Universität 

Hannover - Institute of 

Turbomachinery and Fluid Dynamics, 

Hannover, Germany, Hans-Juergen 

Rehder, Philipp Schaefer, Ingo 

Roehle, German Aerospace Center, 

Göttingen, Germany 

Influence of Film Cooling Hole 

Angles and geometries on 

Aerodynamic loss and net Heat 

Flux reduction 


Chia Hui Lim, Graham Pullan, 


UK, Peter Ireland, Rolls-Royce, 

Derby, Derbyshire, UK 

Influence Of Coolant Flow rate On 

Aero-Thermal Performance Of A 

rotor Blade Cascade With Endwall 

Film Cooling 


Giovanna Barigozzi, Fabrizio 

Fontaneto, Giuseppe Franchini, 

Antonio Perdichizzi, Università di 

Bergamo, Dalmine, Italy, Massimiliano 

Maritano, Roberto Abram, Ansaldo 

Energia S.p.A., Genova, Italy 

Influence Of Unsteady Wake With 

Trailing Edge Coolant Ejection On 

Turbine Blade Film Cooling 


Shiou-Jiuan Li, Akhilesh P. 

Rallabandi, Je-Chin Han, Texas 

A&M University, College Station, 

TX, USA 

Influence of Shock Wave on Turbine 

Vane Suction Side Film Cooling With 

Compound-Angle Shaped Holes 


Kevin Liu, Diganta P. Narzary, Je- 

Chin Han, Texas A&M University, 

College Station, TX, USA, Alexander 

MirzaMoghadam, Honeywell 

Aerospace, Phoenix, USA, Ardeshir 

Riahi, Honeywell International, 


COMMITTEE: Heat Transfer: Internal Air and Seals (with Turbomachinery) • Paper Session Room 212 • ThC-12-7 

TOPICS OF BOTH FUnDAMEnTAl AnD DESIgn nATUrE 

Session Chair: Alexander MirzaMoghadam, Honeywell Aerospace, Phoenix, USA • Session Co-Chair: Sohail Alizadeh, ATKINS, Epsom, Surrey, UK 

numerical characterization of 

aerodynamic losses of jet arrays for 

gas Turbine applications 


Antonio Andreini, Riccardo Da 

Soghe, University of Florence, 


Computational Study of kelvin- 

Helmholtz Instability Created by 

Interaction of the Mainstream Flow 

and the Seal Flow in gas Turbines 


Michael Rabs, Friedrich Benra, 

Clemens Domnik, University 

of Duisburg-Essen, Duisburg, 

Germany, Oliver Schneider, 

Siemens AG, Energy Sector, Gas 

Turbine Technology, Mülheim a.d. 

Ruhr, Germany 

numerical Study on Varied Vortex 

reducer Configurations for the Flow 

Path Optimisation in Compressor 

Cavities 


xiaoqin du, Huiren Zhu, Zong-wei 

Zhang, Northwestern Polytechnical 

University, xi’an, China 


lubrication Oil Film Dynamics in 

a Typical Aero-Engine Bearing 

Chamber Environment 


Amir Aleem Hashmi, Klaus 

Dullenkopf, Hans Joerg Bauer, 

Karlsruhe Institut of Technology (KIT), 

Karlsruhe, Baden-Württemberg, 

Germany, Michael Klingsporn, Rolls- 

Royce Deutschland Ltd & Co KG, 


Heavy-Duty gas Turbines Axial 

thrust Calculation in Different 

Operating Conditions 


Luca Bozzi, Ansaldo Energia, 

Genova, Genova, Italy, Valeria 

Garotta, CFD Engineering S.r.l., 

Genova, Genova, Italy, Francesco 

Malavasi, Ansaldo Energia, Genova, 

Italy



2:30 3:00 3:30 4:00 4:30 

COMMITTEE: Heat Transfer: Transition (with Turbomachinery) • Paper Session Room 222 • ThC-13-2 

PHySICS, MODElIng, AnD COnTrOl OF BOUnDAry-lAyEr TrAnSITIOn 

Session Chair: guillermo Paniagua, Von Karman Institute for Fluid Dynamics, Rhode-St-Genèse, Belgium • Session Co-Chair: Daniel Sabatino, Lafayette College, Easton, PA, USA 

Identifying Turbulent Spots In 

Transitional Boundary layers 


Brendan Rehill, Edmond J. 

Walsh, University of Limerick, 

Limerick,Ireland, Luca Brandt, 

Philipp Schlatter, KTH, Stockholm, 

Sweden, Tamer Zaki, Imperial 

College London, London, UK, Donald 

M. McEligot, University of Idaho, 

Idaho Falls, ID, USA 

Criteria For Boundary layer 

Transition 


Stefan Becker, University Erlangen- 

Nuremberg, Erlangen, Bayern, 

Germany, Donald M. McEligot, U. 

Idaho, Idaho Falls, ID, USA, Edmond 

J. Walsh, University of Limerick, 

Limerick, Limerick,Ireland, Eckart 

Laurien, IKE, Uni. Stuttgart, Vaihingen, 

Baden-Wuerttemburg, Germany 

Prediction of Separation Induced 

Transition on High lift low 

Pressure Turbine Blades 


Abdelkader Benyahia, ONERA, 

Meudon, France, Robert Houdeville, 

ONERA, Toulouse Cedex 4,France, 

Lionel Castillon, ONERA, Meudon, 

France 

Combined Effects of Wakes and 

Pulsed Vortex generator Jet 

Flow Control on Boundary layer 

Separation on a Very High lift low 

Pressure Turbine Airfoil 


Ralph Volino, USA Naval Academy, 

Annapols, MD, USA 

Separation control using plasma 

actuators: steady flow in low 

Pressure Turbines 


Debashish Burman, Terrence W 

Simon, Uwe Kortshagen, Douglas 

Ernie, University of Minnesota, 

Minneapolis, MN, USA 

COMMITTEE: Manufacturing Materials & Metallurgy • Panel Session Room 118 • ThC-16-12 

ADVAnCED MAnUFACTUrIng FOr THE nExT gEnErATIOn OF gAS TUrBInES 

Session Chair: Joe Janssen, Metem Corporation, Parsippany, NJ, USA 

Advanced Investment Casting 

Developments for next generation 

Programs 

Boyd Mueller, Alcoa Power and 

Propulsion, Hampton, USA 

Turbine Blade Machining - Creep 

Feed grinding Process and Part 

Design Impact 

Steven Kopinski, Abrasive Form, Inc, 

Bloomingdale, USA 

non-traditional Machining for 

Cooling Features on Advanced gas 

Turbines 

John Malek, Metem Corporation, 

Parsippany, USA 

COMMITTEE: Oil & gas Applications • Tutorial Session Room 207 • ThC-19-12 

MODAl TESTIng FUnDAMEnTAlS 

Session Chair: Tim Allison, Southwest Research Institute, San Antonio, TX, USA 

Modal Analysis for 

Turbomachinery Applications, 

Part I: Introduction & Basic 

Theory 

Tim Allison, Southwest 





Part II: Experimental 

Techniques 






Part III: Curvefitting Theory 

and Methods 






Part IV: Mode Indicator 

Functions 






Part V: Modal Test 

Demonstration 




R 

R 



Part VI: Case Studies 



Antonio, TX, USA


116 116 


2:30 3:00 3:30 4:00 4:30 

COMMITTEE: Structures & Dynamics: Probabilistic Methods • Paper Session Room 213 • ThC-23-1 

PrOBABIlISTIC METHODS In lIFE AnD rISk ASSESSMEnT 

Session Chair: Jeff Brown, Air Force Research Laboratory, Dayton, USA • Session Co-Chair: Michael gorelik, Honeywell Aerospace, Phoenix, AZ, USA 

Probabilistic High-Cycle Fatigue 

risk Assessment of an Integrally 

Bladed rotor 


Benjamin Hall, Lauren Gray, Pratt & 

Whitney, E. Hartford, CT, USA 

Probabilistic Analysis of gas 

Turbine Disk Multi-Crack 

Propagation 


Wei Cui, Jianjun Wang, Beijing 

University of Aeronautics and 

Astronautics, Beijing, China 

Probabilistic lifetime Assessment 

of Turbine Vanes 


Alexander Arkhipov, Igor Putchkov, 

Yevgeny Krasnovskiy, Alstom 

Power Uniturbo Ltd., Moscow, 

Russia 

Estimating the Probabilistic 

Size and Shape Distributions of 

3D Anomalies From Sectioning 

Measurements Using the 

Stereological Unfolding Approach 


Wuwei Liang, Michael P. Enright, 

Southwest Research Institute, San 


Probabilistic High-Cycle Fretting 

Fatigue Assessment of gas Turbine 

Engine Components 


Kwai Chan, Michael P. Enright, 

Southwest Research Institute, San 

Antonio, TX, USA, Patrick Golden, 

Samir Naboulsi, Air Force Research 

Laboratory, Wright-Patterson AFB, 

OH, USA, Ramesh Chandra, Alan 

Pentz, NAVAIR, Patuxent River, MD, 

USA 

COMMITTEE: Structures & Dynamics: Bearing & Seal Dynamics • Paper Session Room 205 • ThC-25-5 

SEAlS I - THEOrETICAl AnD ExPErIMEnTAl ASPECTS 

Session Chair: Bugra Ertas, GE GLobal Research Center, Niskayuna, NY, USA 

rotordynamic Force Coefficients of 

Bubbly Mixture Annular Pressure 

Seals 


Luis San Andres, Texas A&M 


Prediction of Axial Thrust load 

Acting on a Cryogenic liquid 

Turbine Impeller 


Ke Wang, Jinju Sun, Zhilong He, 

Peng Song, School of Energy and 

Power Engineering, Xi’an Jiaotong 

University, Xi’an, Shaan Xi, China 

A novel Bulk-Flow Model for 

Improved Predictions of Force 

Coefficients in grooved Oil Seals 

Operating Eccentrically 


Luis San Andres, Texas A&M 

University, College Station, TX, 

USA, Adolfo Delgado, Ge Global 

Research, Nikayuna, NY, USA 

rotordynamic Force Coefficients 

for Three Types of Annular gas 

Seals with Inlet Preswirl and High 

Differential Pressure ratio 


Bugra Ertas, Adolfo Delgado, GE 


NY, USA, Giuseppe Vannini, GE 

Oil&Gas, Florence, Italy 

COMMITTEE: Structures & Dynamics: Structural Mechanics & Vibration • Paper Session Room 116/117 • ThC-26-3 

VIBrATIOn OF CyClIC STrUCTUrES 

Session Chair: Sanghum (Eric) Baik, GE Global Research Center, Niskayuna, NY, USA • Session Co-Chair: Alain Batailly, Université McGill, Montréal, QC, Canada 

Elements of Dynamic 

Characterization of a Bladed Disk 

by Using the Tip-Timing Method 

Under Vacuum Conditions 


Vsevolod Kharyton, Claude Gibert, 

Laurent Blanc, Fabrice Thouverez, 

Ecole Centrale de Lyon, Ecully, 

France 

Determination of crack initiation 

on l-1 lP steam turbine blades, 

Part 1: Measurements on rotortrain, 

material specimens and blades 


Zdenek Kubin, Pavel Panek, Vaclav 

Cerny, Tomas Misek, Jan Hlous, 

Lubos Prchlik, Skoda Power s.r.o., 

Plzen, Czech Republic 

Determination of crack initiation on 

blade l-1 lP steam turbine blades, 

Part 2: Computational analyses 


Josef Kellner, Zdenek Kubin, Jan 

Hlous, Lubos Prchlik, Skoda Power 

s.r.o., Plzen, Czech Republic 

Experimental Study of Blade 

Vibration in Centrifugal Compressor 

Blades 


Andrew H. Lerche, Jeff Moore, 

Tim Allison, Southwest Research 


Frequency Clustering in Cyclic 

Symmetric rotors Considering 

geometry nonlinearity 


Jen-Yuan (James) Chang, National 

Tsing Hua University, Hsinchu, 

Taiwan,Taiwan, China, Jeff Brown, 


Dayton, USA, Charles J. Cross, 


WPAFB, OH, USA



2:30 3:00 3:30 4:00 4:30 

COMMITTEE: Turbomachinery: Axial Turbine Aerodynamics • Paper Session Room 224 • ThC-30-12 

TUrBInE DESIgn & DIFFUSEr STUDIES 

Session Chair: Bent Phillipsen, ABB Turbo Systems AG, Baden, Switzerland • Session Co-Chair: Dietmar Filsinger, IHI Charging Systems Intl., Heidelberg, Germany 

research of Design Method of 

Variable Area nuzzle Turbine for 

Variable Cycle Engine 


Yin Zhao, Fang Xiangjun, Liu Siyong, 

Wang Ping, Beihang University, Beijing, 

Beijing, China, Liu Zhigang, Civil Aviation 

University of China, Tianjin, China 

research of A new Design Method 

of Variable Area nozzle Turbine for 

VCEHarmonic Design Method 


Fang Xiangjun, Yin Zhao, Liu Siyong, 

Wang Ping, Beihang University, Beijing, 

China, Liu Zhigang, Civil Aviation 

University of China, Tianjin, China 

Viscous Controlled Vortex Design 

Of A 1.5-Stage Axial Subsonic Test 

Turbine 


Qingfeng Deng, Qun Zheng, Chunlei 

Liu, Hai Zhang, Mingcong Luo, 

Harbin Engineering University, 

Harbin, Heilongjiang, China 

Effect of Turbine Tip leakage Flows 

on Exhaust Diffuser Performance 


Mohan Babu, Dinesh Bhatia, 

Ramkrishna Shukla, Pradeep A 

M, Bhaskar Roy, Indian Institute 

of Technology Bombay, Mumbai, 

Maharashtra,India 

Impact of a Collector Box on the 

Pressure recovery of an Exhaust 

Diffuser System 


Bryan Bernier, Mark Ricklick, Jayanta 

Kapat, Center for Advanced Turbines 

and Energy Research, University of 

Central Florida, Orlando, FL, USA 

COMMITTEE: Turbomachinery: Design Methods & CFD Modeling For Turbomachinery • Paper Session Room 109 • ThC-31-1 

lOWEr DIMEnSIOnAl FIDElITy MODElS 

Session Chair: Prashant Tiwari, GE Global Research Center, Niskayuna, NY, USA 

novel Approach For loss And Flow- 

Turning Prediction Using Optimized 

Surrogate Models In Two- 

Dimensional Compressor Design 


Andreas Schmitz, Marcel Aulich, 

Eberhard Nicke, German Aerospace 


A novel Quasi-3D Design Method 

for Centrifugal Compressor Impeller 

on the Blade to Blade Plane 


Farzad Poursadegh, Ali Hajilouy- 

Benisi, Sharif University of 

Technology, Tehran, Iran, Mahdi Nili- 

Ahamadabadi, Esfahan University of 

Technology, Esfahan, Iran 

Turbomachinery Thermal Analysis 

Using Coupled Two- and Three 

Dimensional Models and reduced 

Order Fluid Models 


Roque Corral, Guillermo Pastor, 

Jesus Contreras, Industria de 

Turbopropulsores S.A., Madrid, 

Madrid, Spain 

Optimization of a 3-Stage Booster 

Part 1: The Axisymmetric Multi- 

Disciplinary Optimization Approach 

to Compressor Design 


Kevin Park, Mark Turner, Kiran 

Siddappaji, Soumitr Dey, University 


Ali Merchant, CADNexus Inc., 

Burlington, MA, USA 

Optimization of a 3-Stage Booster 

Part 2: The Parametric 3D Blade 

geometry Modeling Tool 


Kiran Siddappaji, Soumitr Dey, 

Kevin Park, Mark Turner, University 


Ali Merchant, CADNexus Inc., 

Burlington, MA, USA 

COMMITTEE: Turbomachinery: Steam Turbines • Panel Session Room 208/209 • ThC-32-1 

rECEnT DEVElOPMEnT In lAST STAgE STEAM TUrBInE BlADIng 

Session Co-Chairs: Douglas Hofer, GE Global Research, Niskayuna, NY, USA, Anestis I. kalfas, Aristotle University (AUTH), Thessaloniki, Greece 

gE Energy Perspective on last 

Stage Steam Turbine Blading 

Amir Mujezinovic, GE Energy, 

Schenectady, NY, USA 

recent Development in last Stage 

Steam Turbine Blading 

Eiichiro Watanabe, Mitsubishi 

Heavy Industries (MHI), Takasago, 

Hyogo, Japan 

recent Development in last Stage 

Steam Turbine Blading 

Pierre-Alain Masserey, Alstom 


COMMITTEE: Turbomachinery: Unsteady Flows in Turbomachinery • Paper Session Room 122 • ThC-34-2 

STAll/SUrgE II 

Session Chair: gerard Welch, NASA Glenn Research Center, Cleveland, OH, USA • Session Co-Chair: Michael Hathaway 

Investigation of the Surge Behaviour 

of a Multi-stage Axial Compressor 

with a Multi-Sensor Probe 


Phillip Waniczek, Peter Jeschke, 

Institute of Jet Propulsion and 

Turbomachinery RWTH Aachen, 

Aachen, Germany, Harald 

Schoenenborn, Timo Metzler, MTU 

Aero Engines GmbH, Munich, Germany 

An Investigation of Stall Inception 

in Centrifugal Compressor Vaned 

Diffusers 


Jonathan Everitt, Massachusetts 

Institute of Technology, Cambridge, 

MA, USA, Zolti Spakovszky, MIT 

Gas Turbine Laboratory, Cambridge, 

MA, USA 

Impact of Inter-Stage Dynamics on 

Stalling Stage Identification 


Manuj Dhingra, J.V.R. Prasad, 


Atlanta, GA, USA, Prashant Tiwari, 

GE Global Research Center, 

Niskayuna, NY, USA, Tsuguji 

Nakano, Andy Breeze-Stringfellow, 

GE Aviation, Cincinnati, OH, USA 

Investigation of Pre-Stall Behavior 

in an Axial Compressor rotor- Part 

1: Unsteadiness of Tip Clearance 

Flow 


Yanhui Wu, Qingpeng Li, Jiangtao 

Tian, Wuli Chu, Northwestern 


China 

R 

Investigation of Pre-Stall Behavior 

in an Axial Compressor rotor- 

Part 2: Flow Mechanism of Spike 

Emergence 


Yanhui Wu, Qingpeng Li, Jiangtao 

Tian, Wuli Chu, Northwestern 


China


118 118 


2:30 3:00 3:30 4:00 4:30 

COMMITTEE: Turbomachinery: noise & Innovative noise reduction • Paper Session Room 210 • ThC-35-2 

nOn-TUrBOMACHInEry nOISE 

Session Chair: kenneth Suder, NASA Glenn Research Center, Cleveland, OH, USA 

Contra-rotating Open rotor 

Operation for Improved 

Aerodynamics and noise at Takeoff 


Alexios Zachariadis, Cesare Hall, 


UK, Anthony Parry, Rolls-Royce plc, 

Derby, UK 

Drag Management in High Bypass 

Turbofan nozzles for Quiet 

Approach Applications 


Parthiv Shah, Albert Robinson, 

Adam Simowitz-Price, ATA 

Engineering, San Diego, CA, USA, 

Zolti Spakovszky, MIT Gas Turbine 

Laboratory, Cambridge, MA, USA 

Hot-Acoustic-Testrig (HAT) a unique 

facility for thermoacoustic research 


Karsten Knobloch, Claus Lahiri, 

Lars Enghardt, Deutsches 

Zentrum fuer Luft- und Raumfahrt, 

Berlin, Germany, Dieter Peitsch, 

Technical University of Berlin, 

Berlin, Germany, Friedrich Bake, 

Deutsches Zentrum fuer Luft- und 

Raumfahrt, Berlin, Germany 

Scattering of Plane Waves by a 

Constriction 


Emma Alenius, KTH, Stockholm, 

Sweden, Mats Åbom, Royal 


Sweden, Laszlo Fuchs, KTH - Royal 

Institute of Technology Mechanics, 


large Eddy Simulation of a Hot, 

High Speed Coflowing Jet 


Paul Tucker, whittle Laboratory, 

Cambridge, UK, Simon Eastwood, 

Hao Xia, Cambridge University, 

Cambridge, UK 

COMMITTEE: Wind Turbine Technology • Panel Session Room 215/216 • ThC-37-9 

UnIVErSITy rESEArCH 

Session Chair: Corso Padova, The Ohio State University - Gas Turbine Lab., Columbus, OH, USA • Session Co-Chair: Harold Simmons, Southwest Research Institute, San Antonio, TX, USA 

Available, Technological and 

Economic Wind resource: next 

generation Assessment Methods 

Ndaona Chokani, Laboratory for 

Energy Conversion Department 

of Mechanical and Process 

Engineering ETH Zurich, Zurich, 

Switzerland 

Advances in CFD Modeling of Wind 

Turbines 

Lakshmi Sankar, Georgia Institute 


Wind Turbine research at Durham 

University 

Grant Ingram, Durham University, 

Durham, County Durham, UK 

Wind Energy resource Assessment 

and Power Production Estimates as 

an Undergraduate Project 

Andrew Nix, West Virginia 

University, Morgantown, WV, US


FRIDAY, JUNE 10: 8:00 a.m. - 10:00 a.m. 

8:00 8:30 9:00 9:30 

COMMITTEE: Aircraft Engine • Paper Session Room 222 • FA-1-10 

ENvIroNMENtALLy rESPoNSIBLE tECHNoLogIES 

Session Chair: Walter o’Brien, Virginia Tech, Blacksburg, VA, USA • Session Co-Chair: Nigil Jeyashekar, Southwest Research Institute, San Antonio, TX, USA 

Altitude Performance of a turbojet with 

Alternate Fuels 


Craig R. Davison, Wajid Chishty, National 

Research Council Canada, Ottawa, ON, 

Canada 

COMMITTEE: Aircraft Engine • Paper Session Room 202/203 • FA-1-11 

ENgINE JEt NoISE (PArt 2/2) 

Session Chair: John Spyropoulos, NAVAIR, Patuxent River, MD, USA • Session Co-Chairs: Jim Zidzik, Clifford Brown, NASA GRC, Cleveland, OH, USA 

Near and Far-Field Investigations of 

Supersonic Jet Noise Predictions using a 

Coupled LES/FW-H Equation Method 


James P. Erwin, N. Sinha, Combustion 

Research and Flow Technology, Inc, 

Pipersville, PA, USA 

LES of Pre-vaporized Kerosene Combustion 

At High Pressures In A Single Sector 

Combustor taking Advantage of FgM 


Pradeep Pantangi, Amsini Sadiki, Johannes 

Janicka, Andreas Dreizler, Darmstadt 

University of Technology, Darmstadt, Hessen, 

Germany, Michael Hage, Rolls-Royce plc, 

Derby, UK, Andreas Dreizler, Jeroen van 

Oijen, Eindhoven University of Technology, 

Eindhoven, Netherlands, Christoph Hassa, 

Johannes Heinze, DLR, Koeln, Germany, 

Ulrich Meier, DLR - German Aerospace 

Center, Koeln, Germany 

Emissions Assessment of Alternative 

Aviation Fuel At Simulated Altitudes 


Wajid Chishty, Craig R. Davison, Jeffrey Bird, 

National Research Council Canada, Ottawa, 

ON, Canada, Tak Chan, Kevin Cuddihy, Mark 

McCurdy, Peter Barton, Environment Canada, 

Ottawa, ON, Canada, Aneliia Krasteva, 

Pierre Poitras, Quality Engineering Test 

Establishment, Ottawa, ON, Canada 

Experimental and Computational Approach 

for Jet Noise Mitigation by Mixing Control 

Devices 


Nozomi Tanaka, Tsutomu Oishi, Yoshinori 

OOBA, IHI Corporation, Tokyo, Japan, Tatsuya 

Ishii, Jaxa, Tokyo, Japan, Shunji Enomoto, 

kazuomi Yamamoto, Japan Aerospace 


Numerical Investigations of a Swirl- 

Stabilized Premixed Flame at Ultra-Wet 

Conditons 


Oliver Krüger, Berlin Institute of Technology, 

Berlin, Berlin, Germany, Christophe Duwig, 

Lund University, Lund, Lund, Sweden, 

Katharina Goeckeler, Sebastian Göke, TU 

Berlin, Berlin, Germany, Laszlo Fuchs, KTH 

- Royal Institute of Technology Mechanics, 

Stockholm, Sweden, Oliver Paschereit, H.F.I 

TU Berlin, Berlin, Germany 

Simulations and Measurements of the Flow 

and Noise in Hot Supersonic Jets 


Philip Morris, Dennis K. McLaughlin, Yongle 

Du, Ching-Wen Kuo, Penn State University, 


optimized global Mechanisms For CFD 

Analysis of Swirl-Stabilized Syngas Burner 

For gas turbines 


Abdallah Abou-Taouk, Pr. Lars-Erik 

Eriksson, Chalmers University of Technology, 

Gothenburg, Sweden 

Influence of Microjet Injection on Supersonic 

Jet Noise and Flow Field 


Ryuichi Okada, Toshinori Watanabe, Seiji 

Uzawa, Takehiro Himeno, University of Tokyo, 

Tokyo, Tokyo, Japan, Tsutomu Oishi, IHI 


COMMITTEE: Combustion, Fuels & Emissions • Paper Session Room 208/209 • FA-4-16 

CoMBUStIoN MoDELINg II 

Session Chair: leiyong jiang, NRCC, Ottawa, ON, Canada • Session Co-Chair: Pierre gauthier, Rolls-Royce Canada, Dorval, QC, Canada 

Simulation of Confined Co-Flow Methane- 

Air Diffusion Flame Under Microgravity 

Condition With variable Property Formulation 


Bijan Kumar Mandal, Sujoy Kumar 

Mukherjea, Manjula Das (Ghatak), Bengal 

Engineering and Science University, Shibpur, 

Howrah,India


120 


8:00 8:30 9:00 9:30 

COMMITTEE: Combustion, Fuels & Emissions • Paper Session Room 210 • FA-4-25 

FUEL INJECtIoN, MIxINg & vAPorIZAtIoN I 

Session Chair: Adnan Eroglu, Alstom Power, Baden, Switzerland • Session Co-Chair: Michael Düsing, Alstom Power, Baden, Switzerland 

Experimental Characterization of Fuel-Air 

Mixing in a Multi-Hole tube 


Chi Zhang, Beijing University of Aeronautics 

and Astronautics, Beijing, China, Jing 

Zhu, China Academy of Launch Vehicle 

Technology, Beijing, China, Yixiang Yuan, 

Institute of Engineering Thermophysics, 

Chinese Academy of Sciences, Beijing, 

China, Quanhong Xu, Yuzhen Lin, School of 

Jet Propulsion, Beijing Univ. of Aeronautics 

and Astronautics, Beijing, China, Chih-Jen 

Sung, Department of Mechanical Engineering, 

University of Connecticut, Storrs, CT, USA 

Effect of Fuel Distribution on Spray Dynamics 

In A two-Staged Multi-Injection Burner 


Theodore Providakis, Laboratoire EM2C, 

CNRS and Ecole Centrale Paris, Châtenay- 

Malabry, France, Laurent Zimmer, Philippe 

Scouflaire, Laboratoire EM2C, CNRS and 

Ecole Centrale Paris, Chatenay-Malabry, 

France, Sébastien Ducruix, Laboratoire 

EM2C, CNRS and Ecole Centrale Paris, 

Châtenay-Malabry, France 

Experimental Studies of Crude oil 

Combustion In A top-Mounted Silo 



Dariusz Nowak, Alstom Power, Baden, 

Switzerland, Tomasz Dobski, Rafal Slefarski, 

Radoslaw Jankowski, Poznan University of 

Technology, Poznan, Poland, Fulvio Magni, 


Experimental And Numerical Investigation of 

A Combustor Model 


Darioush Gohari Barhaghi, Jacek 

Janczewski, Thomas Larsson, Siemens 

Industrial Turbomachinery AB, Finspong, 

Sweden 

COMMITTEE: Controls, Diagnostics & Instrumentation • Paper Session Room 207 • FA-5-9 

toPICS IN HEALtH MoNItorINg 

Session Chair: Bill rhoden, Hamilton Sundstrand, Windsor Locks, CT, USA 

turbo-Machinery Monitoring Measures for 

Propulsion Safety and Affordable readiness 


Richard Millar, Naval Postgraduate School, 


Effects Due to the temperature 

Measurement Section on the Performance 

Estimation of A Centrifugal Compressor 

Stage 


Lorenzo Ferrari, Giovanni Ferrara, Alessandro 

Bianchini, University of Florence, Florence, Italy, 

Lorenzo bianchi, Valeria Ballarini, Lorenzo Toni, 

Libero Tapinassi, General Electric, Oil&Gas, 


Correlation Measure-Based Stall Margin 

Estimation for a Single-Stage Axial 

Compressor 


Yuan Liu, Manuj Dhingra, J.V.R. Prasad, 

Georgia Institute of Technology, Atlanta, GA, 

USA 

COMMITTEE: Cycle Innovations • Paper Session Room 204 • FA-6-1 

Co2 ABAtEMENt 

Session Chair: Carl-W. Hustad, CO2-Global, Houston, TX, USA • Session Co-Chair: Wolfgang Sanz, Graz University of Technology, Graz, Austria 

Co2 Capture on Combined Cycle Utilizing 

Hot-Water for Absorbent regeneration 


Klas Jonshagen, Majed Sammak, Lund 

University, Lund, Sweden, Magnus Genrup, 

Lund University, Sweden, Lund, Sweden 

Conceptual Design of a Mid-Sized Semi- 

Closed oxy-Fuel Combustion Combined Cycle 


Majed Sammak, Klas Jonshagen, Magns 

Genrup, Lund University, Lund, Sweden, 

Marcus Thern, Lund University, Faculty 

of Engineering, Lund, Sweden, Egill 

Thorbergsson, Tomas Grönstedt, Chalmers 

University, Gothenburg, Sweden, Adrian 

Dahlquist, Siemens Industrial Turbomachinery 


Implication of Different Fuel Injector 

Configurations For Hydrogen Fuelled 

Micromix Combustors 


Bhupendra Khandelwal, Yingchun Li, 

Priyadarshini Murthy, Cranfield University, 

Cranfield, Bedfordshire, UK, Vishal Sethi, 

Cranfield University, UK, Cranfield, UK, Riti 

Singh, Cranfield University, Bedford, UK 

R 

R 

Application of MCFC in coal gasification 

plants for high efficiency Co2 capture 


Vincenzo Spallina, Matteo C. Romano, 

Stefano Campanari, Giovanni Lozza, 

Politecnico di Milano - Dep. of Energy, Milano, 

Italy



8:00 8:30 9:00 9:30 

COMMITTEE: Heat Transfer: General Interest • Paper Session Room 217/218 • FA-10-11 

ExtErNAL HEAt trANSFEr 

Session Chair: charles haldeman, The Ohio State University, Columbus, OH, USA • Session Co-Chair: John Clark, U.S. Air Force Research Laboratory, WPAFB, OH, USA 

DNS of Stagnation Point Heat transfer 

Affected By varying Wake-Induced 

turbulence 


Lars Venema, Dominic von Terzi, Karlsruhe 

Institute of Technology (KIT), Karlsruhe, 

BW, Germany, Hans Joerg Bauer, Karlsruhe 

Institut of Technology (KIT), Karlsruhe, 

Baden-Württemberg, Germany, Wolfgang 

Rodi, Karlsruhe Institute of Technology (KIT), 

Karlsruhe, Germany 

the Influence of Leading Edge Diameter 

on Stagnation region Heat transfer 

Augmentation Including Effects of 

turbulence Level, Scale, And reynolds 

Number 


Preethi Gandavarapu, Forrest Ames, 

University of North Dakota, Grand Forks, ND, 

USA 

thermal validation of a Heat Shield Surface 

for a high lift blade profile 


Magali Cochet, Alstom Power, Baden, 

Switzerland, William Colban, ALSTOM, 

Birr, Switzerland, Shailendra Naik, Michael 

Gritsch, Martin Schnieder, Alstom Power, 


Evaporation of volatile Liquid Pools Under 

Forced Convection: Experimental Approach 

for Multi-Component Liquids and validation 

of a vaporization Model 


Dominique Alonso, Ghislain Genin, LRGP- 

CNRS, Nancy, France, David Heller, 

Université de Franche-Comté Sciences 

et Techniques, Besancon, France, Brice 

Chabrier, ASSYSTEM Engineering and 

Operation Services, Belfort, France, Michel 

Moliere, GE Energy Europe, Belfort, France 

COMMITTEE: Heat Transfer: Film Cooling • Paper Session Room 224 • FA-11-3 

SHAPED HoLE FILM CooLINg 

Session Chair: okey Kwon, Rolls-Royce North American Technologies, Inc., Indianapolis, IN, USA • Session Co-Chair: Hyung-Hee Cho, Yonsei University, Seoul, Korea (Republic) 

Performance of a Showerhead and Shaped 

Hole Film Cooled vane at High Freestream 

turbulence and transonic Conditions 


Andrew Newman, Song Xue, W. F. Ng, 

Virginia Polytechnic Institute and State 

University, Blacksburg, VA, USA, Hee-Koo 

Moon, Solar Turbines Incorporated, San 

Diego, CA, USA, Luzeng Zhang, Solar Turbines 

Inc, San Diego, CA, USA 

Full-Coverage Film Cooling: Film 

Effectiveness And Heat transfer Coefficients 

For Dense And Sparse Hole Arrays At 

Different Blowing ratios 


Matt Goodro, Oxford University, Honolulu, HI, 

USA, Phil Ligrani, Saint Louis University, St. 

Louis, MO, USA, Mike Fox, Hee-Koo Moon, 

Solar Turbines Inc., San Diego, CA, USA 

Experimental Investigation of Louver Cooling 

Scheme on gas turbine vane Suction Side 


Tarek Elnady, Othman Hassan, Ibrahim 

Hassan, Lyes Kadem, Concordia University, 

Montreal, QC, Canada, Terry Lucas, Pratt and 


PIv Investigation of the Effect of Freestream 

turbulence Intensity on Film Cooling from 

Fanshaped Holes 


Lesley Wright, Stephen T. McClain, Michael 

Clemenson, Baylor University, Waco, TX, USA 

COMMITTEE: Structures & Dynamics: Engineering & Diverse Topics • Paper Session Room 213 • FA-21-1 

DESIgN oF gAS tUrBINES AND CoMPoNENtS 

Session Chair: Chris J. Hulme, Alstom Power (Switzerland), Baden, Switzerland • Session Co-Chair: Wieslaw Beres, National Research Council Canada, Ottawa, ON, Canada 

Process Integration And Automated 

Numerical Design optimization of An 

Eigenfrequency Analysis of A Compressor 

Blade 


Philipp Hecker, Damir Delimar, Herbert 

Brandl, Michael Loetzerich, Alstom Power, 


the Architecture and Application of 

Preliminary Design Systems 


Fabian Donus, MTU Aero Engines, Munich, 

Germany, Stefan Bretschneider, MTU Aero 

Engines, München, Germany, Reinhold 

Schaber, MTU Aero Engines, Munich, 

Germany, Stephan Staudacher, Institute 

of Aircraft Propulsion Systems, Stuttgart 

University, Stuttgart, Germany 

Concept optimal Design of Composite Fan 

Blades 


J.S. Rao, Altair Engineering, Bangalore,India, 

Kiran Sheelavant, Autoliv India Pvt Ltd., 

Bangalore, Karnataka,India, Balasaheb 

Bombale, WS Atkins (India) Pvt Ltd, 

Bangalore, Karnataka,India


122 


8:00 8:30 9:00 9:30 

COMMITTEE: Structures & Dynamics: Probabilistic Methods • Tutorial Session Room 205 • FA-23-5 

tUtorIAL oN APPLICAtIoN oF ProBABILIStIC MEtHoDS to gAS tUrBINE ENgINES 

Session Chair and Instructor: Michael Enright, Southwest Research Institute, San Antonio, USA 

COMMITTEE: Structures & Dynamics: Damping Technologies • Paper Session Room 214 • FA-27-1 

FrICtIoN DAMPINg AND NoNLINEAr DyNAMICS IN gAS-tUrBINE ENgINES 

Session Chair: Jeffrey green, Rolls Royce, Derby, UK • Session Co-Chairs: georges Jacquet, Fabrice thouverez, Ecole Centrale de Lyon, Ecully, France 

Dynamic Characteristics of Dry Friction 

Damping at Bladed Disk Joints: Experiments 


Jie Hong, lulu chen, Yanhong Ma, Dayi 

Zhang, Beihang University, Beijing, China 

Effects of Contact Interface Parameters on 

vibration of turbine Bladed Disks with Under 

Platform Dampers 


Christoph Schwingshackl, Evgeny Petrov, 

David Ewins, Imperial College London, 

London, UK 

Analysis of Flutter-Induced Limit Cycle 

oscillations In gas-turbine Structures With 

Friction, gap And other Nonlinear Contact 

Interfaces 


Evgeny Petrov, Imperial College London, 

London, UK 

Dual time Stepping Algorithms with High 

order Harmonic Balance Method for Contact 

Interfaces with Fretting-Wear 


Loic Salles, LTDS UMR, Laurent Blanc, 

Fabrice Thouverez, Ecole Centrale de Lyon, 

Ecully, France, Alexander M. Gouskov, 

Bauman Moscow State Technical University, 

Moscow, Russia, Pierrick Jean, Snecma 

SAFRAN Group, Moissy Cramayel, France 

COMMITTEE: Structures & Dynamics: Aerodynamic Excitation & Damping (with Turbomachinery) • Paper Session Room 212 • FA-28-5 

FAN AND CoMPrESSor AEroELAStICIty 

Session Chair: Francois Moyroud, GE Oil & Gas, Le Creusot, France • Session Co-Chair: Pieter groth, Volvo Aero Corporation, Trollhattan, Sweden 

Aeroelasticity at reversed Flow 

Conditions–Part 1: Numerical 

and Experimental Investigations 

of a Compressor Cascade with 

Controlled vibration 


Harald Schoenenborn, MTU Aero 

Engines GmbH, Munich, Germany, 

Virginie Chenaux, Peter Ott, 

EPFL STI GR-SCI-STI SCI-STI-PO, 

Lausanne, Switzerland 

Aeroelasticity at reversed Flow 

Conditions–Part 2: Application to 

Compressor Surge 


Harald Schoenenborn, Thomas 

Breuer, MTU Aero Engines GmbH, 


tip running Clearances Effects 

on tip vortices Induced Axial 

Compressor rotor Flutter 


Caetano Peng, Rolls-Royce plc., 

Derby, UK 

COMMITTEE: Turbomachinery: Axial Fan & Compressor Aerodynamics • Paper Session Room 211 • FA-29-15 

tIP FLoWS 

Session Chair: gavin Hendricks, Pratt & Whitney, East Hartford, CT, USA • Session Co-Chair: ravi ravindranath, Naval Air System Command, Patuxent River, MD, USA 

Investigation of Unsteady Compressor Flow 

Structure with tip Injection using Particle 

Image velociometry 


Roland Matzgeller, MTU Aero Engines GmbH, 

Munich, Germany, Michael M. Schroll, 

Melanie Voges, German Aerospace Center 

(DLR), Cologne, Germany 

Self regulating Casing treatment for Axial 

Compressor Stability Enhancement 


Stephanie A. Weichert, University of 

Cambridge, Cambridge, UK, Ivor Day, 

Whittle Laboratory, University of Cambridge, 

Cambridge, UK, Chris Freeman, University of 

Cambridge, Cambridge, UK 

Investigation of the tip Clearance Flow in a 

Compressor Cascade Using a Novel Laser 

Measurement technique with High temporal 

resolution 


Andreas Fischer, Lars Büttner, Jürgen 

Czarske, Marcel Gottschall, Ronald Mailach, 

Konrad Vogeler, Technische Universität 

Dresden, Dresden, Germany 

the Effect of the Casing Movement relative 

to the Blades on the tip Leakage Loss in 

Axial Flow Compressors 


Guillaume Pallot, Dai Kato, Hidekazu 

Kodama, IHI Corporation, Tokyo, Japan, 

Kazunari Matsuda, Hideo Taniguchi, 

Hiromasa Kato, Ken-ichi Funazaki, Iwate 

University, Morioka, Japan 

R



8:00 8:30 9:00 9:30 

COMMITTEE: Turbomachinery: Axial Turbine Aerodynamics • Paper Session Room 220 • FA-30-8 

tUrBINE CASCADE AEroDyNAMICS 

Session Chair: Paul W giel, ASRC / NASA Glenn Research Center, Cleveland, OH, USA 

Effect of turbine Airfoil Shape on 

Aerodynamic Losses For turbine Airfoils 

operating Under transonic Conditions 


Santosh Abraham, Kapil Panchal, Srinath 

Ekkad, W. F. Ng, Virginia Polytechnic Institute 

and State University, Blacksburg, VA, 

USA, Anthony Malandra, Siemens Power 

Generation, Orlando, FL, USA, Barry J. Brown, 

Florida Turbine Technologies, Jupiter, FL, USA 

the Influence of Blade Sweep technique in 

Linear Cascade Configuration 


Rosario Spataro, Graz University of 

Technology, GRAZ,Austria, Gabriele 

D’ippolito, Vincenzo Dossena, Politecnico di 

Milano, Milano, Italy 

time resolved Measurements in the Durham 

Cascade 


Felix Foerster, David Sims-Williams, School 

of Engineering and Computing Sciences, 

Durham, UK, Grant Ingram, Robert Dominy, 

Durham University, Durham, County Durham, 

UK 

Effects of Co-rotating Longitudinal vortices 

on turbulent Structures in the Leg of the 

Horseshoe vortex 


Shinji Honami, Masaharu Andoh, Satoshi 

Tanabe, Masahiro Motosuke, Tokyo University 

of Science, Tokyo, Japan 

COMMITTEE: Turbomachinery: Radial Turbomachinery • Paper Session Room 215/216 • FA-33-8 

CENtrIFUgAL CoMPrESSorS - IMPELLEr FLoW FIELD 

Session Chair: Hideaki tamaki, IHI Corporation, Yokohama, Kanagawa, Japan • Session Co-Chair: Michele Marconcini, University of Florence, Florence, Italy 

Experimental And Numerical Analysis of the 

Flow Field In the Impeller of A Centrifugal 

Compressor Stage At Design Point 


Emanuele Guidotti, General Electric, Oil&Gas, 

Firenze, Italy, Libero Tapinassi, Lorenzo Toni, 

Lorenzo Bianchi, General Electric, Oil & Gas, 

Florence, Italy, Paolo Gaetani, Politecnico 

Milano, Milan, Italy, Giacomo Persico, 

Politecnico di Milano, Milan, Italy 

towards Large-Eddy Simulation of turbulent 

Flow in a Centrifugal Impeller 


Gorazd Medic, United Technologies Research 

Center, East Hartford, CT, USA, Jinzhang 

Feng, UTRC, Hartford, CT, USA, Liwei Chen, 

United Technologies Research Center - 

China, Shanghai, China, Om Sharma, United 

Technologies Research Center, East Hartford, 

CT, USA 

the role of tip Leakage vortex Breakdown in 

Flow Fields and Aerodynamic Characteristics 

of transonic Centrifugal Compressor 

Impellers 


Kazutoyo Yamada, Masato Furukawa, 

Hisataka Fukushima, Kyushu University, 

Fukuoka, Japan, Seiichi Ibaraki, Isao Tomita, 

Mitsubishi Heavy Industries, LTD., Nagasaki, 

Japan


124 124 

FRIDAY, JUNE 10: 10:15 a.m. - 12:15 p.m. 

10:15 10:45 11:15 11:45 

COMMITTEE: Aircraft Engine • Paper Session Room 202/203 • FB-1-4 

MODELIng AnD SIMuLATIOn TEChnIquES AnD APPLICATIOnS (PArT 2/3) 

Session Chair: Ian halliwell, Avetec Inc., Springfield, OH, USA • Session Co-Chair: David Kidman, US Air Force, Edwards AFB, CA, USA 

nonlinear Fault Diagnosis of Jet Engines by 

using a Multiple Model-based Approach 


Esmaeil Naderi, Concordia University, 

Montreal, QC, Canada, Nader Meskin, Qatar 

University, Doha, Qatar, Kash Khorasani, 

Concordia University, Montreal, QC, Canada 

COMMITTEE: Combustion, Fuels & Emissions • Paper Session Room 210 • FB-4-5 

ATOMIzATIOn & SPrAyS I 

Session Chair: Steven Smith, Goodrich Engine Components, West Des Moines, IA, USA • Session Co-Chair: Mike Whiteman, Rolls-Royce, Derby, Derbyshire, UK 

Breakup of Liquid Jets Emerging from Elliptic 

Orifices 


Ghobad Amini, Ali Dolatabadi, Concordia 

University, Montreal, QC, Canada 

Integrated Preliminary Design Approach for 

Turbo Machinery Design 


Vinod Chaudhari, Chandrakant NaikTari, 

Mohan Kanase, GE India Technology Center 

Pvt. Ltd., Bangalore, Karanataka, India, Thomas 

Moniz, GE Aviation, Cincinnati, OH, USA, Daniel 

Waslo, GE Aviation, Lynn, MA, USA 

numerical and Experimental Study of 

Polydisperse Acetone Spray Dispersion and 

Evaporation in Turbulent Flow 


Mouldi Chrigui, Institute for Energy and 

Powerplant Technology, Technische 

Universitaet Darmstadt, Darmstadt, Germany, 

Amsini Sadiki, Darmstadt University of 

Technology, Darmstadt, Hessen, Germany, 

James Gounder, Deutsches Zentrum für Luft- 

und Raumfahrt, Stuttgart, Germany, Assaad R. 

Masri, University of Sydney, Sydney, Australia 

Development Of An Open rotor Cycle 

Model In nPSS using A Multi-Design Point 

Approach 


Eric S. Hendricks, NASA, Cleveland, OH, USA 

Measurement Based Atomization Model for 

Diesel Spray Evaporation and Combustion in 

a Matrix Burner 


Dieter Bohn, James Willie, Institute of Steam 

and Gas Turbines, RWTH Aachen University, 


Behaviour of Spray in a Twin-Fluid Atomizer 


Nagendra Yadav, Mechanical Engg. Dept. 

BIET, Jhansi, Jhansi, India, Dr. A Kushari, 

Dept. of Aerospace Engg., IIT Kanpur, India, 

Kanpur, India 

COMMITTEE: Combustion, Fuels & Emissions • Paper Session Room 208/209 • FB-4-23 

FLAShBACK & BLOWOuT II 

Session Chair: Ponnuthurai gokulakrishnan, Combustion Science & Engineering, Inc., Columbia, MD, USA • Session Co-Chair: gilles Bourque, Rolls-Royce Canada Limited, Lachine, QC, Canada 

Experimental Investigation of Turbulent 

Boundary Layer Flashback Limits for Premixed 

hydrogen-Air Flames Confined in Ducts 


Christian Eichler, Technische Universität 

München, Garching, Germany, Georg 

Baumgartner, TU Muenchen - Lehrstuhl 

fuer Thermodynamik, Garching, Germany, 

Thomas Sattelmayer, Technische Universität 


Large Eddy Simulation with zonal near Wall 

Treatment of Flow and heat Transfer in a ribbed 

Duct for the Internal Cooling of Turbine Blades 


Sunil Patil, Danesh Tafti, Virginia Polytechnic 

Institute & State University, Blacksburg, VA, USA 

Application of Dielectric Barrier Discharge 

to Improve the Flashback Limit of a Lean 

Premixed Dump Combustor 


Philippe Versailles, Ecole Polytechnique 

de Montreal, Montreal, QC, Canada, Wajid 

Chishty, National Research Council Canada, 

Ottawa, ON, Canada, Huu Duc Vo, Ecole 

Polytechnique de Montreal, Montreal, QC, 

Canada 

Effect of Entrance geometry on heat Transfer 

in a narrow (Ar= 1:4) rectangular Two Pass 

Channel with Smooth and ribbed Walls 


Krishnendu Saha, Sumanta Acharya, Louisiana 

State University, Baton Rouge, LA, USA 

Experimental Investigation of Lean Stability 

Limit of an Prototype Syngas Burner for Low 

Calorific Value gases 


Ivan R. Sigfrid, Ronald Whiddon, Marcus 

Aldén, Jens Klingmann, Lund University, Lund, 

Sweden 

An Experimental Investigation of heat 

Transfer Characteristics in a Steam-cooled 

Square Channel with rib Turbulators 


Liu Jiazeng, Jianmin Gao, Gao tieyu, Xi’an 


Conditional Moment Closure LES Modelling 

Of An Aero-engine Combustor At relight 

Conditions 


Simon Stow, Marco Zedda, Rolls-Royce plc, 

Derby, UK, Antonios Triantafyllidis, Andrew 

Garmory, Nondas Mastorakos, University 

of Cambridge, Cambridge, UK, Thomas 

Mosbach, DLR Stuttgart, Stuttgart, Baden- 

Wuerttemberg, Germany 

COMMITTEE: heat Transfer: general Interest • Paper Session Room 217/218 • FB-10-13 

hEAT TrAnSFEr In TurBuLATED ChAnnELS 

Session Chair: Lamyaa El-gabry, The American University in Cairo, New Cairo, Egypt • Session Co-Chair: ricardo Martinez-Botas, Imperial College London, London, UK 

heat Transfer Investigation of the Channels with 

rib Turbulators and Double-row Bleed holes 


Tao Guo, Huiren Zhu, Duchun XU, 

Northwestern Polytechnical University, Xi’an, 

Shaanxi, China



10:15 10:45 11:15 11:45 

COMMITTEE: heat Transfer: Film Cooling • Paper Session Room 224 • FB-11-7 

AnALyTICAL MODELIng OF FILM COOLIng 

Session Chair: yong Kim, Solar Turbines Inc., San Diego, CA, USA • Session Co-Chair: Charles haldeman, The Ohio State University, Columbus, OH, USA 

use of an Immersed Mesh for high resolution 

Modelling of Film Cooling Flows 


Bharat Lad, Li He, University of Oxford, 

Oxford, UK 

Experimental Characterization of 

Synchronous Vibrations of Blades 


Juan Carlos Jauregui, CIATEQ, Queretaro, 

Queretaro, Mexico, Mihir Sen, Notre 

Dame, Notre Dame, IL, USA, Carlos Lopez, 

Universidad Autonoma de Queretaro, 

Queretaro, Mexico 

Algebraic Anisotropic Eddy-Viscosity 

Modeling Application to the Turbulent Film 

Cooling Flows 


Xueying Li, Jing Ren, Hongde Jiang, Dept. 

of Thermal Engineering, Tsinghua University, 


Design Of An Aero gas Turbine Engine 

gearbox Power Transmission Spline- Spigot 

Joint 


Benny Thomas, Suresh Kumar, Kumara G.H., 

Sanjeev Das, Amit Biswakarma, Panduranga 

K R, Gas Turbine Research Establishment, 

Bangalore, India 

A revised Equation for Calculating heat 

Flux reduction in Film Cooling Studies and 

Discussion of Its Applications 


Ting Wang, Lei Zhao, University of New 


Effect of non-uniform Blade root Friction and 

Sticking on Disk Stresses 


Harold Simmons, Vishwas Iyengar, 

Southwest Research Institute, San Antonio, 

TX, USA 

Discussion about the Practice of using a 

heated Surface in Film Cooling Studies 


Lei Zhao, Ting Wang, University of New 


COMMITTEE: Structures & Dynamics: Engineering & Diverse Topics • Paper Session Room 213 • FB-21-2 

TESTIng AnD COMPuTATIOnAL AnALySES OF gAS TurBInE COMPOnEnTS 

Session Chair: Thomas Weiss, Rolls Royce Deutschland Ltd & Co KG, Blankenfelde-Mahlow, Germany • Session Co-Chair: Ilya Fedorov, JV ALSTOM Power Uniturbo Ltd., Moscow, Russia 

A hooped Pelton runner: FE Analysis and 

Experimentation 


Gaurang Chaudhari, Samip Shah, C. K. Pithawalla 

College of Engineering & Technology, Surat, 

Gujarat, India, Salim A Channiwala, S V National 

Institute of Technology, Surat, Gujarat, India 

Torsional Vibration Protection System 


Valerio Depau, Valerio Rossi, GE Oil&Gas 

Nuovo Pignone, Florence, Italy, Stefano 

Ponticelli, Soft Engineering S.n.c., Pistoia, 

Italy 

Design and Analysis of a new Accessory 

gearbox housing for a gas Turbine Engine 


Partha S. Das, Honeywell International Inc., 


Inlet guide Vane Failure: Aeromechanical 

and System Control Interaction Effect 


Loc Q. Duong, Charlene X. Hu, Nagamany 

Thayalakhandan, Hamilton Sundstrand, San 


COMMITTEE: Structures & Dynamics: Structural Mechanics & Vibration • Paper Session Room 207 • FB-26-5 

gEnErAL VIBrATIOn TOPICS 

Session Chair: roland Mücke, Alstom Power, Baden, Switzerland • Session Co-Chair: Fred nitzsche, Carleton University, Ottawa, ON, Canada 

Eddy Current Damper for Turbine Blading: 

Electromagnetic Finite Element Analysis and 

Measurement results 


Jacob Laborenz, Malte Krack, Lars Panning, 

Jörg Wallaschek, Leibniz Universitaet Hannover, 

Institute of Dynamics and Vibration Research, 

Hannover, Germany, Markus Denk, Pierre-Alain 

Masserey, Alstom Power, Baden, Switzerland 

Control of Fan Blade Vibrations using 

Piezoelectrics and Bi-Directional Telemetry 


Andrew Provenza, Carlos Morrison, NASA 

Glenn Research Center, Cleveland, OH, USA 

Multi-Body Damping of a Vane Cluster 


Andreas Hartung, Ulrich Retze, MTU Aero 

Engines GmbH, Munich, Germany 

nonlinear Dynamic Analysis Of a Multi-gear 

Train With Time-Varying Mesh Stiffness 

Including Modification Coefficient Effects 


Ting-Nung Shiau, National Chung Cheng 

University, Chia-Yi, Taiwan, J. R. Chang, 

Department of Mechanical Engineering, Taiwan, 

China, K. H. Huang, C. J. Cheng, C. R. Wang, FATEK 

Automation Technology Co., Ltd., Taiwan, China 

COMMITTEE: Structures & Dynamics: Damping Technologies • Paper Session Room 212 • FB-27-3 

EMErgIng DAMPIng TEChnOLOgIES 

Session Chair: Sergio Filippi, GE, Cincinnati, OH, USA • Session Co-Chair: Mathias Legrand, Université McGill, Montréal, QC, Canada 

Theoretical and Experimental Investigation 

on nonlinear Characterization of Metal 

rubber 


Jie Hong, Beihang University, Beijing, China, 

Bin Zhu, Beihang Universtiy, Beijing, China, 

Yanhong Ma, Beihang University, Beijing, 

China


126 


10:15 10:45 11:15 11:45 

COMMITTEE: Structures & Dynamics: Aerodynamic Excitation & Damping (with Turbomachinery) • Paper Session Room 222 • FB-28-7 

FAn AnD COMPrESSOr AErOELASTICITy II 

Session Chair: Francois Moyroud, GE Oil & Gas, Le Creusot, France • Session Co-Chair: Pieter groth, Volvo Aero Corporation, Trollhattan, Sweden 

Modal and Aeroelastic Analysis of a 

Compressor Blisk Considering Mistuning 


Jens Nipkau, Rolls-Royce Deutschland, 

Blankenfelde-Mahlow, Germany, Arnold 

Kuehhorn, Bernd Beirow, Brandenburg 

University of Technology Cottbus, Cottbus, 

Germany 

Theory And Application Of Axisymmetric 

Endwall Contouring For Compressors 


Georg Kröger, Christian Voss, Eberhard Nicke, 

German Aerospace Center (DLR), Cologne, 

Germany, Christian Cornelius, Siemens AG, 

Energy Sector, Muelheim, Germany 

Aeroelastic Stability Assessment of an 

Industrial Compressor Blade Including 

Mistuning Effects 


Yaoguang Zhai, Ronnie Bladh, Göran 

Dyverfeldt, Siemens Industrial Turbomachinery 


COMMITTEE: Turbomachinery: Axial Fan & Compressor Aerodynamics • Paper Session Room 211 • FB-29-8 

EnDWALL FLOWS AnD COnTOurIng 

Session Chair: Alessandro Corsini, Sapienza University of Rome, Rome, Italy • Session Co-Chair: Domenico Borello, Sapienza University of Rome, Rome, Italy 

Impact Of Severe Temperature Distortion On 

Turbine Efficiency 


Paul Beard, University of Oxford, Oxford, 

Oxfordshire, UK, Andy Smith, Rolls-Royce 

plc, Derby, Derbyshire, UK, Thomas Povey, 

University of Oxford, Oxford, Oxfordshire, UK 

A new Approach for Compressor Endwall 

Contouring 


Alexander Hergt, Robert Meyer, Karsten 

Liesner, Eberhard Nicke, German Aerospace 


Experiment Study of Simulated Effect of rotor 

Stator Interaction: Effect of Axial Spacing and 

rotor Blade Film Cooling Air Injection ratio 


Sridhar M, B.V.S.S.S. Prasad, N Sitaram, 

Indian Institute of Technology Madras, 

Chennai, Tamilnadu, India 

highly Loaded LPC Blade and non 

Axisymmetric hub Profiling Optimization for 

Enhanced Efficiency and Stability 


Ingrid Lepot, Temesgen Mengistu, Cenaero, 

Gosselies, Belgium, Stéphane Hiernaux, Olivier 

Devriendt, Techspace Aero, Milmort, Belgium 

The Effect of the Operating Conditions of the 

Last Turbine Stage on the Performance of an 

Axial Exhaust Diffuser 


Victor Opilat, Joerg R. Seume, Institute of 

Turbomachinery and Fluid Dynamics, Leibniz 

University Hannover, Hannover, Germany 

Wall Shear Stress Measurements on a highly 

Loaded Compressor Cascade 


Vincent Zander, Christoph Dobriloff, Mathias 

Lumpe, Wolfgang Nitsche, Technische 

Universität Berlin, Berlin, Berlin, Germany 

COMMITTEE: Turbomachinery: Axial Turbine Aerodynamics • Paper Session Room 220 • FB-30-9 

TurBInE OFF DESIgn & TEMPErATurE DISTOrTIOn 

Session Chair: Karl Engel, MTU Aero Engines, Munich, Germany 

Session Co-Chairs: Inga Mahle, MTU Aero Engines GmbH, Muenchen, Germany, Eric grover, Dragan Kozulovic, Technische Universität Braunschweig, Braunschweig, Germany 

Aerodynamic Investigation of the 

Performance of a Two Stage Axial Turbine at 

Design and Off-Design Conditions 


Sherif Abdelfattah, Hicham Chibli, Meinhard 

Schobeiri, Texas A&M University, College 

Station, TX, USA



10:15 10:45 11:15 11:45 

COMMITTEE: Turbomachinery: Steam Turbines • Paper Session Room 214 • FB-32-7 

STEAM TurBInE DESIgn METhODS AnD MEChAnICAL DESIgn 

Session Chair: henning Almstedt, Siemens AG, Energy Sector, Muelheim, NW, Germany • Session Co-Chairs: Lorenzo Cosi, GE-Oil&Gas, Florence, Italy, Fabio Pengue 

Development and Strategy for A-uSC Steam 

Turbine Cycle 


Nobuo Okita, Takeo Suga, Toshiba 

Corporation, Tokyo, Japan, Takashi Sasaki, 

Shogo Iwai, Toshiba Corporation, Yokohama, 

Japan 

Dynamic Simulation of Centrifugal 

Compressor Startup with Inlet guide Vane 


Naoto Ebisawa, Yasuo Fukushima, Hideaki 

Orikasa, Hitachi Plant Technologies, Ltd., 

Tsuchiura, Ibaraki, Japan 

Mechanical Design of highly Loaded Large 

Steam Turbines 


Nils Lueckemeyer, Henning Almstedt, 

Torsten-Ulf Dr. Kern, Holger Kirchner, 

Siemens AG, Energy Sector, Muelheim, NW, 

Germany 

A Practical Approximate Method to Predict 

Adjusting Performance of a Centrifugal 

Compressor Stage With Inlet guide 


Changsheng Liu, Jiajian Tan, Datong Qi, 

Guoliang Qin, Xi’an Jiaotong University, Xi’an, 

Shaanxi, China, Xuejun Wang, Shenyang Blower 

Works Group Co., Ltd, Shenyang, Liaoning, China 

rotor Life Prediction and Improvement for 

Steam Turbines under Cyclic Operation 


Damaso Checcacci, Lorenzo Cosi, GE- 

Oil&Gas, Florence, Italy, Sah Sanjay, GE- 

Oil&Gas, Bangalore, India 

Validation of Advanced Steam Turbine 

Technology a Case Study of an ultra Super 

Critical Steam Turbine Power Plant 


Rainer Quinkertz, Siemens AG, Muelheim, 

Germany, Thomas Thiemann, Kai Gierse, 

Siemens AG, Muelheim an der Ruhr, Germany 

COMMITTEE: Turbomachinery: radial Turbomachinery • Paper Session Room 215/216 • FB-33-10 

CEnTrIFugAL COMPrESSOrS - InLET guIDE VAnES 

Session Chair: Michele Marconcini, University of Florence, Florence, Italy • Session Co-Chair: hideaki Tamaki, IHI Corporation, Yokohama, Kanagawa, Japan 

R

128 

Gas Turbine User Session Listing 

Date Session ID Session Name 

June 6 MA-4-24 Fuel Flexibility 

June 6 MA-9-5 Fans & Blowers 4: Fan Applications and System 

Interaction 

June 6 MA-15-11 Fogging Technologies- State-of-the-Art Review 

June 6 MA-16-6 Gas Turbine Materials for the Non-Metallurgist 

June 6 MA-17-2 Applications & Testing 

June 6 MA-37-1 Wind Turbine Tutorial 

June 6 MB-15-5 Selected Topics - Cogeneration Systems 

June 6 MB-17-5 Hybrid Electric Drive Proof of Concept Overview 

and Capabilities 

June 6 MB-20-4 Concentrated Solar Power Plant Machinery 

June 6 MB-24-1 Identification/Condition Monitoring 

June 7 TA-3-2 Gasification, Pyrolysis and Syngas in Gas 

Turbines 

June 7 TA-9-1 Off-Design Performance of Fans & Blowers 

June 7 TA-15-1 Operations & Maintenance - GT Systems 

June 7 TA-16-11 Historical Perspective on Repair Technology 

June 7 TA-17-3 Auxiliaries and Support Systems 

June 7 TA-19-1 Operation and Management 

June 7 TA-19-13 Techno-Economic Risk Assessment for the 

Energy Sector 

June 7 TA-23-2 Probabilistic Methods in Design, Analysis and 

Manufacturing 

June 7 TB-3-3 Alternate Fuel Applications 

June 7 TB-8-1 Gas Turbine Technology 

June 7 TB-19-2 Gas turbine diagnostics, maintenance and 

performance 

June 7 TB-20-2 Solar Brayton & Rankine Cycles 

June 7 TB-37-3 Wind Turbine Condition Based Maintenance 

June 7 TC-1-13 Volcanic Ash Effects on Aircraft Propulsion 

Systems 

June 7 TC-4-35 Natural Gas Interchangeability 

June 7 TC-8-6 Performance and Cost Metrics for Different 

Types of Fossil Plants With CCS Application 

June 7 TC-15-4 GT Power Augmentation Technologies 

June 7 TC-16-8 Advances in Gas Turbine Component Repairs 

and Technology 

June 7 TC-18-5 Microturbines in Distributed Energy, Marine, 

and Automotive Applications 

June 7 TC-19-3 Theoretical and Experimental Analysis of 

Compression Systems 

June 7 TC-19-10 Aeroderivative and light Industrial Gas Turbine 

Upgrades and Uprates 

June 7 TC-22-5 Prediction Methods of Conventional and 

Anisotropic Materials 

June 7 TC-37-8 Wind Turbine Manufacturing Advancements 

June 8 WA-3-4 Syngas applications for Gas Turbine 

June 8 WA-9-4 Fans & Blowers 3: Design and Performance 

June 8 WA-15-9 Cogeneration Technologies 

June 8 WA-16-2 Gas Turbine Manufacturing and Repair 

processes 

June 8 WA-17-4 Maintenance, Monitoring & Controls 

June 8 WA-18-6 Portable Microturbines 

ASME TURBO EXPO 2011 FINAL PROGRAM 

Date Session ID Session Name 

June 8 WA-19-4 Vibration and noise 

June 8 WA-20-3 Concentrated Solar Cycles & Thermal Storage 

June 8 WA-22-1 Prognostics, Damage Detection, and 

Component Failure 

June 8 WB-8-3 Thermo-economic Optimization of Gas Turbine 

Based Powerplants 

June 8 WB-17-6 Steam Turbine Design and Maintenance 

June 8 WB-19-11 Centrifugal Compressor Dynamics 

June 8 WB-20-5 Concentrated Solar Power Plant Basics 

June 8 WB-22-2 Component Structural Analysis and 

Optmization 

June 8 WC-3-7 Gasification Tutorial 

June 8 WC-5-8 Intelligent methods in Diagnostics 

June 8 WC-8-5 The Pathway Forward: Future Gas Turbine 

Products and Their Enabling Technologies 

June 8 WC-15-10 Combustion Turbine Inlet Cooling Technologies 

for Power Augmentation 

June 8 WC-19-7 C02 CCS, Wet Gas Compression, and Multi- 

Phase Pumping 

June 8 WC-20-1 Concentrated Solar Power Plants 

June 8 WC-24-7 Rotordynamic Malfunctions 

June 9 ThA-6-8 Humid Cycles 

June 9 ThA-8-2 Gas Turbine Components 

June 9 ThA-15-12 Gas Turbine Power Degradation and 

Compressor Washing 

June 9 ThA-16-10 Advanced Coating Processes 

June 9 ThA-19-8 Subsea Compression Applications 

June 9 ThA-37-5 Wind Farm and Arrays 

June 9 ThB-8-4 Analysis of Gas Turbine Based Power Plants 

June 9 ThB-15-7 Combustion and Emissions 

June 9 ThB-16-5 Gas Turbine Operation and Maintenance Issues 

June 9 ThB-19-9 Offshore and Arctic Compression Application 

Issues 

June 9 ThB-19-14 Root Cause Failure Analysis for Gas Turbines 

June 9 ThB-22-6 Perspectives on Structual Integrity Issues in 

Gas Turbine Engines 

June 9 ThB-33-2 Turbocharger turbines - unsteady flow & heat 

transfer 

June 9 ThB-37-7 Wind Turbine Power Systems 

June 9 ThC-3-8 Current Status and Outlook of Gasification and 

IGCC Systems 

June 9 ThC-5-7 Engine Health Monitoring Modeling 

Applications 

June 9 ThC-16-12 Advanced Manufacturing for the Next 

Generation of Gas Turbines 

June 9 ThC-19-12 Modal Testing Fundamentals 

June 9 ThC-32-1 Recent Development in Last Stage Steam 

Turbine Blading 

June 10 FA-5-9 Topics in Health Monitoring 

June 10 FA-6-1 CO2 Abatement 

June 10 FA-23-5 Tutorial on Application of Probabilistic Methods 

to Gas Turbine Engines 

June 10 FB-32-7 Steam Turbine Design Methods and 

Mechanical Design

REGISTRATION HOURS 

Sunday, June 5 ............3:00 p.m. – 6:00 p.m. 

Monday, June 6 ........... 7:00 a.m. – 5:00 p.m. 

Tuesday, June 7........... 7:00 a.m. – 6:00 p.m. 

Registrants for TURBO EXPO Technical Conference receive: 

• Access to EVERY session in the TURBO EXPO Technical 

Conference (5-days or respective 3-days) 

• A certificate of completion for Professional Development Hours (PDH’s) 

• DVD Proceedings comprised of all papers published for TURBO 

EXPO 2011 

• Admission to the Opening Awards & Keynote Luncheon 

• Complimentary lunches, Monday - Friday (5-days or respective 

3-days) 

• Unlimited access to the Exhibit Hall during the 3-day Exposition 

(June 7-9, 2011) 

• Two Exhibit Hall receptions with complimentary refreshments 

• Opportunity to attend Facility Tours 

Free ASME Membership 

Non-ASME members who pay a Nonmember 5-day registration fee 

can receive a one-year ASME membership free by joining within 

90 days after the conference. For more information about ASME 

membership, please call +1-800-843-2763 or +1-973-882-1170. 

Press/Exhibitor Registration Window 

VCEC West, Level 1 Lobby 

Open during registration hours (see above). 

IGTI Products & Services 

Booth #238 

Open Tues. – Thurs. during Expo hours. 

Stop by the IGTI products and services booth in the 

Expo Hall and find out how IGTI can help you further 

your career! In addition, purchase a Turbo Expo 

T-shirt for only $10 CAD cash or $10 USD charge/check. 

Information Desk/Message Center 

VCEC West, Level 1 Lobby 

Phone: 778-331-7626 

Stop by for messages & all conference related questions. 

Lost & Found for Vancouver Exhibition & Conference Centre: 

Conference Centre information desk at the Burrard Street entrance near the globe. 

Helpful Phone Numbers 

Vancouver Exhibition & Conference Centre: 

Phone: +1-604-689-8232 

Toll-free: +1-866-785-8232 (North America only) 

Registration Information 

VCEC West Level 1 Lobby 

Wednesday, June 8........7:00 a.m. – 6:00 p.m. 

Thursday, June 9 ............7:00 a.m. – 5:00 p.m. 

Friday, June 10 ............ 7:00 a.m. – 12:00 p.m. 

Badge/Tickets 

Your badge is encoded with all payments made through conference 

registration. It is your only ticket and must be presented for admission 

to ticketed functions and to receive the DVD of proceedings. 

Security 

For security reasons, your badge must be worn at all official Turbo Expo 

event functions including Technical Conference sessions, the opening 

session, luncheons and in the Exposition. 

PDH Certificates 

Technical Conference delegates will receive an email following the 

conference with a hyperlink to allow them to log in and print their 

individual PDH (Professional Development Hours) certificate for 

attendance at ASME Turbo Expo 2011 in Vancouver. 

(5-day = 32.5 PDHs, 3-day = 19.5 PDHs) 

General Information/Helpful Numbers 

Transportation 

Public Transportation 

The Vancouver transit system, TransLink, 

is made up of a network of buses and 

unique services such as the SeaBus harbor 

ferry and SkyTrain rapid transit. TransLink 

provides transit services covering over 1800 

square kilometres of the Greater Mainland 

of Vancouver - getting around is convenient, 

easily accessible and often provides beautiful 

views of the city! To contact TransLink, call 

604.953.3333 or visit their website at www. 

translink.bc.ca for schedules, maps and fares. 

Taxis 

There are four taxi companies in Vancouver. 

If you’re in a popular downtown area, you’ll 

be able to find a taxi easily. If you aren’t, it is 

probably best to call the cab company and 

request pick up. Vancouver taxis in town 

generally cost between $5.00 and $10.00. 

From the airport to downtown about $35. 


129

130 

Exhibit Advisory Committee 

MISSION 

To assist in the growth and expansion of the Turbo Expo exhibit with continued support to exhibiting companies and IGTI expositions staff. 

Representatives serve as experts for fielding questions and providing resources and initiatives for continued success of the exposition. 

Mary-Jane Coombes 

British Pavilion 

3 Albert Embankment, Westminster Tower 

London, SE 17SL UK 

+44 171-7933025 Phone 

+44 171-7933054 Fax 

maryjane@beama.org.uk 

Term: 2008-2012 

Zoran Glozinik 

SPG Data 3D 

2151 Leonardo de Vinci, Ste. 101 

Ste. Julie, Quebec J3E 173 Canada 

+1 450-922-3515 Phone 

+1 450-922-3510 Fax 

zglozinic@spgdata3d.com 

Term: 2009-2012 

Ken Kantor 

Flowmaster USA, Inc. 

800 Waukegan Rd. 

Ste. 204 

Glenview, IL 60025 USA 

+1 847-901-4240 Phone 

+1 847-901-4244 Fax 

ken.kantor@flowmaster.com 

Term: 2011-2014 

Jeff Mackwood 


1200 Monteal Rd. 

Ottawa, Ontario K1A 0R6 Canada 

+1 613-990-0765 Phone 

+1 613-952-7214 Fax 

jeff.mackwood@nrc.ca 

Term: 2006-2012 

Lucia Maffucci 

Pratt & Whitney Power Systems 

400 Main Street., M/S 191-13 

East Hartford, CT 06108 USA 

+1 860-557-0809 Phone 

+1 860-755-9331 Fax 

lucia.maffucci@pw.utc.com 

Term: 2008-2012 

Heather McCoy 


213 S. Jennings Ave. 

Fort Worth, TX 76014 USA 

+1 817-377-2807 Phone 

+1 817-377-2799 Fax 

hlmccoy@pointwise.com 

Term: 2009-2012 

Local Liaison Committee 

Dale Hunt, Chair 

ADHoc Services 

Delta, British Columbia, Canada 

Jeff Mackwood 


Ottawa, Ontario, Canada 

Tony Edgar 

NRC-IRAP 

Ottawa, Ontario, Canada 

Masaki Nakashima 

Aikoku Alpha Corp. 

Aero Precision Division 

Morikami, Sobue 

Inazawa, Aichi, 495-8501 Japan 

+81 587 97 2137 Phone 

+81 587 97 1115 Fax 

m-nakashima@aikoku.com 

Term: 2009-2012 

Marybeth Nored 


6220 Culebra Rd. 

San Antonio, TX 78228-0510 

+1 210-684-5111 Phone 

+1 210-522-3547 Fax 

marybeth.nored@swri.org 

Term: 2009-2012 

Hany Moustafa 

Pratt & Whitney Canada 

Longueuil, Quebec, Canada 

Robert Evans 

The University of British Columbia 

Vancouver, British Columbia, Canada 

Afzal Suleman 

University of Victoria 

Victoria, British Columbia, Canada 

Mike Roth 

Parker Hannifin Corporation 

124 Columbia St 

Clyde, NY 14433 USA 

+1 315-923-2311 Phone 

+1 315-923-9306 Fax 

mroth@parker.com 

Term: 2011-2014 

Kristin Barranger & Judy Osborn 

ASME International Gas Turbine Institute 

The Corners Office Park 

6525 The Corners Parkway, Ste. 115 

Norcross, GA 30092 

Atlanta, GA 30328 USA 

+1 404-847-0072 Phone 

+1 404-847-0151 Fax 

barrangerk@asme.org | osbornj@asme.org 

Term: Staff Liaisons 

If you are interested in joining this 

committee, contact Kristin Barranger 

at +1 404-847-0072 x 1646 or 

igtiexpo@asme.org 

Pat Campbell 

GE Oil & Gas 

Calgary, Alberta, Canada 

Barry Ruggiero 

TransCanada Corp. 

Calgary, Alberta, Canada 

Jon Mikkelsen 

The University of British Columbia 

Vancouver, British Columbia, Canada 


Committee Point Contacts & Vanguard Chairs 

Sy Ali 

Clean Energy Consulting 

Plainfield, IN, USA 

Balkrishna S. Annigeri 

United Technologies 



Jeffrey Benoit 

PSM - An Alstom Company 

Jupiter, FL, USA 

Wieslaw Beres 


Ottawa, ON, Canada 

Rakesh Bhargava 

Foster Wheeler USA Corp. 

Houston, TX, USA 

Tania Bhatia Kashyap 

United Technologies 

Research Center 


Klaus Brun 



Patricia Cargill 

GE 


Mustapha Chaker 

Bechtel Corporation 

Sugar Land, TX, USA 

Sung Choi 

Naval Air Systems Command 


Ndaona Chokani 

ETH Zurich 

Zurich, Switzerland 

Raymond E Chupp 

General Electric Company 


John Clark 

U.S. Air Force Research Laboratory 


William Cousins 



Milt Davis 

Aerospace Testing Alliance 

Arnold Air Force Base, TN, USA 

Jim Downs 

Florida Turbine Technologies, Inc. 

Jupiter, FL, USA 

Michael Enright 



Francesco Fantozzi 

University of Perugia 

Perugia, Italy 

Lorenzo Ferrari 

University of Florence 


Steve Freedman 

Brayton Energy 

Deerfield, IL, USA 

Jochen Gier 

MTU Aero Engines 

Muenchen, Germany 

J. Axel Glahn 


Manchester, CT, USA 

Michael Gorelik 

Honeywell Aerospace 


Steve Gorrell 

Brigham Young University 

Provo, UT, USA 

Jonathan Gould 



Phillip Gravett 

Siemens Energy Inc. 


Douglas Hofer 

GE Global Research 


Xiao Huang 

Carleton University 


Anestis I. Kalfas 

Aristotle University (AUTH) 

Thessaloniki, Greece 

Jayanta Kapat 

University of Central Florida 


James Kesseli 

Brayton Energy, LLC 

Hampton, NH, USA 

David Kidman 

US Air Force 

Edwards AFB, CA, USA 

Atul Kohli 



Changduk Kong 

Chosun University 

Gwangju, Korea 

Michael Ladwig 

Alstom Power 


Björn Laumert 

Royal Institute of Technology 


Joe Lawton 

Naval Surface Warfare Center 


Yi-Guang Li 

Cranfield University 

Bedford, UK 

Wendy Matthews 

Capstone Turbine Corporation 

Chatsworth, CA, USA 

Richard Meisner 



Jeff Moore 



Jeffrey Patterson 

NAVSEA Philadelphia 


Evgeny Petrov 

Imperial College London 

London, UK 

Marc Polanka 

Air Force Institute of Technology 


Dilip Prasad 

Pratt & Whitney Rocketdyne 

Canoga Park, CA, USA 

Martin George Rose 

Universität Stuttgart 


Ilmar Ferreira Santos 

Technical University of Denmark 

Kgs. Lyngby, Denmark 

Jerzy Sawicki 

Cleveland State University 


Harald Schoenenborn 

MTU Aero Engines GmbH 


Balu Sekar 

AFRL/RZTC 


Geoff Sheard 

Flakt Woods 

Colchester, UK 

Harold Simmons 



Pontus Slottner 

Siemens Industrial 

Turbomachinery AB 

Finspong, Sweden 

Zolti Spakovszky 

MIT Gas Turbine Laboratory 

Cambridge, MA, USA 

Stephen Spence 

Queen’s University Belfast 

Belfast, Northern Ireland, UK 

Anthony J. Strazisar 

NASA Glenn 


Kenneth Suder 

NASA Glenn Research Center 


Shaun Sullivan 

Brayton Energy LLC 

Hampton, NH, USA 

Jaroslaw Szwedowicz 

ALSTOM Power 


Alberto Traverso 

University of Genoa 

Genova, Italy 

Mark Turner 

University Of Cincinnati 


Mauro Venturini 

University of Ferrara 

Ferrara, Italy 

Damian Vogt 



Allan Volponi 


West Simsbury, CT, USA 

Tony Wilcoxson 



Ibrahim Yimer 



Justin Zachary 

Bechtel USA 


Joseph Zelina 

Wright-Patterson Air Force Base 

Dayton, OH, USA 

Qun Zheng 

Harbin Engineering University 

Harbin, China 


131

132 

Technical Committee Officers 

AIRCRAFT ENGINE 

Bill Cousins 



Committee Chair 

Term: 7/1/2009 – 6/30/2011 

Andrew Nix 

West Virginia University 

Morganton, WV USA 

Committee Vice Chair 


Incoming Committee Chair 

Term: 7/1/2011 – 6/30/2013 

David Kidman 

USAF 

Edwards AFB, CA USA 

Incoming Committee Vice Chair 


CERAMICS 

Tania Bhatia 

United Technologies Research Center 



Term: 7/1/2010 – 6/30/2012 

Dr. Sung Choi 

US Navy, Naval Air Systems Command 

Patuxent River, MD USA 


Term: 7/1/2010 – 6/30/2012 

COAL, BIOMASS & 

ALTERNATIVE FUELS 

Francesco Fantozzi 

University of Perugia 

Perugia, Italy 


Term: 7/1/2010 – 6/30/2012 

Leiyong Jiang 


Ottawa, Canada 


Term: 7/1/2010 – 6/30/2012 

COMBUSTION, FUELS 

& EMISSIONS 

Timothy C. Lieuwen 

Georgia Institute of Technology 

Atlanta, GA USA 



Joseph Zelina 

US Air Force, Air Force Research Laboratory 

WPAFB, OH USA 





Klaus Doebbeling 

Alstom 




CONTROLS, DIAGNOSTICS 

& INSTRUMENTATION 

A. Geoff Sheard 

Flakt-Woods Group 

Colchester, UK 


Term: 7/1/2010 – 6/30/2012 

Richard Meisner 




Term: 7/1/2010 – 6/30/2012 

CYCLE INNOVATIONS 

Changduk Kong 

Chosun University 

Gwangju, Korea 



Yi-Guang Li 

Cranfield University 

Bedford, UK 




Term: 7/1/2011 - 6/30/2013 

Alberto Traverso 

University of Genoa 

Genova, Italy 



EDUCATION 

Balkrishna Annigeri 




Term: 7/1/2010 – 6/30/2012 

Mark Turner 

University of Cincinnati 

Cincinnati, OH USA 


Term: 7/1/2010 – 6/30/2012 

ELECTRIC POWER 

Philip Andrew 

General Electric Co. 

Greenville, SC USA 


Term: 7/1/2010 - 6/30/2012 

Michael Ladwig 

Alstom 



Term: 7/1/2010 - 6/30/2012 

HEAT TRANSFER 

Raymond Chupp 

GE Energy 

Greenville, SC USA 


Term: 7/1/2010 – 6/30/2012 

Ting Wang 

University of New Orleans 

New Orleans, LA USA 


Term: 7/1/2010 – 6/30/2012 

INDUSTRIAL & COGENERATION 

Qun Zheng 


Harbin, CHINA 



Rakesh K. Bhargava 


Houston, TX USA 






INDUSTRIAL & COGENERATION 

Qun Zheng 


Harbin, CHINA 



Rakesh K. Bhargava 


Houston, TX USA 





Carlos Koeneke 

Mitsubishi Power Systems 

Lake Mary, FL USA 



MANUFACTURING MATERIALS 

& METALLURGY 

Xiao Huang 

Carleton University 

Ottawa, ON CANADA 


Term: 7/1/2010 – 6/30/2012 

Pontus Slottner 

Siemens Industrial Turbomachinery AB 

Finspang, Sweden 


Term: 7/1/2010 – 6/30/2012 

MARINE 

Tony Wilcoxson 


Alpharetta, GA USA 



Joseph Lawton 

Naval Surface Warfare Center 

Carderock Division 

Philadelphia, PA USA 





Jack Halsey 

Rolls-Royce Naval Marine, Inc. 

Indianapolis, IN USA 



Technical Committee Officers 

MICROTURBINES & SMALL 

TURBOMACHINERY 

James Kesseli 

Brayton Energy, LLC 

Hampton, NH USA 



Wendy Matthews 

Capstone Turbine Corporation 

Chatsworth, CA USA 





Tom Heuer 

BorgWarner Turbo Systems 

Engineering GmbH 

Kirchheimbolanden, Germany 



OIL & GAS APPLICATIONS 

Jeff Moore 


San Antonio, TX USA 



Mauro Venturini 

University of Ferrara 

Ferrara, ITALY 





Rainer Kurz 

Solar Turbines, Inc. 

San Diego, CA USA 



STRUCTURES & DYNAMICS 

Jaroslaw Szwedowicz 

ABB Turbosystems Ltd. 



Term: 7/1/2010 - 6/30/2012 

Damian Vogt 




Term: 7/1/2010 - 6/30/2012 

TURBOMACHINERY 

Zolti S. Spakovszky 

Massachusetts Institute of Technology 

Cambridge, MA USA 



Dr. Kenneth L. Suder 


Cleveland, OH USA 





Stephen Spence 

Queen’s University of Belfast 

Belfast, UK 



WIND ENERGY 

Harold Simmons 


San Antonio, TX USA 



Ndaona Chokani 

Swiss Federal Institute of Technology 

Zurich, Switzerland 




133

134 

IGTI Board 

ASME Vice President, IGTI 

Anthony Strazisar 



Chair 

Ronald Bunker 

GE R & D Center 


Vice Chair 

Klaus Brun 



Chair of Conferences 


Technische University Munchen 

Garching, Germany 

IGTI MISSION STATEMENT 

The International Gas Turbine Institute 

of The American Society of Mechanical 

Engineers is dedicated to supporting the 

international exchange and development 

of information to improve the design, 

application, manufacture, operation 

and maintenance, and environmental 

impact of all types of gas turbines, 

turbomachinery and related equipment. 

Review Chair 

Karen Thole 

Pennsylvania State University 

State College, PA, USA 

Past Chair 

Knox Millsaps, Jr. 

Naval Postgraduate School 

Monterey, CA, USA 

Member at Large 

Sigmar Wittig 

University of Karlsruhe 

Karlsruhe, Germany 

Member at Large 

Patrick Campbell 

GE Oil & Gas 

Calgary, AB Canada 

Treasurer 

Kenneth Hall 

Duke University 

Durham, NC, USA 

Incoming Member 

Seung Jin Song 

Seoul National University 

Seoul, Korea 

Managing Director 

Michael Ireland 

ASME International Gas 

Turbine Institute 

Norcross, GA, USA 


ASME International Gas Turbine Institute 

6525 The Corners Parkway • Suite 115 • Norcross, GA 30092 USA 

Phone: +1 404-847-0072 • Fax: +1 404-847-0151 igti@asme.org • http://igti.asme.org/ 

Managing Director 

Michael Ireland 

Event Specialist 

Stephanie Partain 

Sr. Program Manager, Events 

and Member Services 

Judy Osborn 

Expositions and 

Communications Specialist 

Kristin Barranger 

ASME / IGTI Staff 

Manager of Professional 

& Member Development 

Shirley Barton 

Coordinator, Communications 

& Customer Relations 

Rebecca Watrous 

Coordinator, 

Office & Finance 

Martha Quinlin 

Administrator, 

Conferences & Expositions 

Smita Solanki 


135

A M, P. ........................... ThC-30-12 

Aalburg, C. ........................ TC-33-9 

A’Barrow, C. .....................ThB-29-1 

Abdelfattah, S. ....................FB-30-9 

Abdi, F. ............................... WB-2-6 

abdollahi biron, R. ............... MB-5-2 

abdollahi biron, z. ............... MB-5-2 

Abdul Ghafir, F. ...................WA-6-5 

Abdulsada, M. ....................ThB-4-3 

Abhari, R. ...........................TA-28-2 

Abhari, R. ...........................TA-30-3 

Abhari, R. .........................WA-32-5 

Abhari, R. .........................WA-14-3 

Abhari, R. ........................ ThA-37-5 

Åbom, M. ........................ ThC-35-2 

Abou-Taouk, A. ...................FA-4-16 

Abraham, S. ...................... MB-30-2 

Abraham, S. ........................FA-30-8 

Abrahamsson, H. ................TA-10-2 

Abrahamsson, H. ..............TB-30-11 

Abram, R. ...................... ThC-11-12 

Accornero, D. ...................... TC-4-9 

Acharya, S. ...................... ThA-4-22 

Acharya, S. .......................FB-10-13 

Acharya, S. ........................ TC-10-6 

Acharya, S. .........................TA-10-2 

Acharya, V. .......................WC-4-11 

Agata, Y............................. ThA-8-2 

agrawal, a. ........................WA-4-37 

agrawal, a. ............................TA-3-2 

agrawal, a. ....................... ThA-4-22 

agrawal, a. ............................TB-3-3 

Agrawal, G. ........................TB-33-5 

Ahmed, N. ........................ MB-4-32 

Aigner, M......................... ThC-4-33 

Aigner, M..........................MA-4-30 

Aigner, M..........................ThB-4-15 

Akabayashi, S. ................... ThA-8-2 

Akbari, A. ...........................TB-4-26 

Akkaram, S. ........................TA-23-2 

Akram, F. ........................... ThA-1-5 

Aksit, M. ........................... MB-12-1 

Akturk, A. ......................... WB-29-7 

Akula, R. ........................... MB-4-32 

Albert, J. ........................ ThA-11-13 

Albert, J. ...........................MA-11-2 

Alborzi, E. ...........................TB-4-26 

Aldén, M. .........................MA-4-24 

Aldén, M. ...........................FB-4-23 

Alemela, P. ..........................TA-4-12 

Alenius, E. ........................ ThC-35-2 

Al-Hadhrami, L. ................. MB-16-1 

Ali, A. .................................TA-15-1 

Ali, M. ..................................TB-1-7 

Ali, S. ................................... TC-8-6 

Alizadeh, S. ...................... ThC-12-7 

Allaire, P. ...........................WA-37-4 

Allaire, P. ........................... MB-25-1 

Allan, W. ...........................ThB-5-13 

Allan, W. ...........................MA-14-1 

Allan, W. ............................ TC-30-5 

Allison, T. ....................... ThC-19-12 

Allison, T. ..........................WC-19-7 

Allison, T. ......................... ThA-22-3 

Allison, T. ........................... TC-19-3 

Allison, T. .......................... WB-20-5 

Allison, T. ....................... ThC-19-12 

Allison, T. ......................... ThC-26-3 

Allison, T. ............................TB-37-3 

Almstedt, H. .......................FB-32-7 

Almstedt, H. .......................FB-32-7 

ALONSO, D. ......................FA-10-11 

Alsalihi, Z. ......................... MB-29-5 

Al-Sharshani, A. ....................TA-4-4 

Altaher, M.............................TA-4-4 

Altunlu, A. ........................WA-22-1 

Alvin, M. ........................... MB-10-4 

Alvin, M. ........................... WB-10-9 

Amano, R. ........................ MB-37-6 

Amano, R. ..........................TB-10-3 

Amano, R. ........................ WB-10-9 

Amarel, N. ......................... TC-33-9 

Ambit-Marin, L. ................ThB-1-12 

Ameri, A. ..........................WC-10-5 

Ameri, A. .......................... MB-30-2 

Ameri, A. ......................... ThA-37-5 

Ames, F. ............................FA-10-11 

Ames, F. ............................WC-30-7 

Ames, F. ............................WC-10-5 

Ames, R. ........................ ThC-10-15 

Ames, R. ............................ TC-10-6 

Ames, R. ........................... MB-10-4 

Amini, G. ..............................FB-4-5 

Amirante, R. ..................... WB-6-11 

Amor, D. ............................ ThC-9-2 

Amoresano, A. ....................TB-4-26 

An, B. .............................ThB-11-11 

Anand, K. .........................MA-10-1 

Anderson, B. ..................... MB-4-32 

Anderson, B. ..................... MB-20-4 

Andersson, M. ....................TB-4-28 

Andersson, M. ..................MA-4-24 

Andoh, M. ..........................FA-30-8 

Andreini, A. ..................... ThC-12-7 

Andreini, A. ........................TA-4-12 

Andreini, A. ................... ThC-10-15 

Andrew, P. ........................MA-38-2 

Andrew, P. .......................... WB-8-3 

Andrews, G. ..................... MB-4-32 

Andrews, G. ...................WC-11-10 

Andrews, G. ...................ThB-11-11 

Andrews, G. .........................TA-4-4 

136 

Session Participant Index 

Angello, L. ......................... TC-4-35 

Angello, L. ........................ThB-15-7 

Anneken, D. .......................ThB-4-3 

Annigeri, B. ......................... WB-7-2 

Annigeri, B. ...........................TB-7-1 

Annigeri, B. ........................ TC-22-5 

Ansari, A. .......................... WB-32-6 

Anthony, E. ........................ ThC-3-8 

Anthony, R. .......................WA-10-8 

Anthony, R. .......................WA-30-4 

Anthony, R. .....................ThB-10-16 

Antonelli, L. ......................WA-22-1 

Antoranz, A. ...................... TC-30-5 

Aoyama, k. .........................WC-5-8 

Arabnia, M. ....................MA-31-11 

Araki, H. ............................ ThA-6-8 

Arana, C. .......................... WB-4-18 

Araujo Gomes, R. ..............MA-11-2 

Arghir, M. ......................... WB-25-4 

Arghir, M. .........................ThB-25-6 

Argote, C. ........................... MB-1-3 

Arias Alvarez, R. ....................TA-9-1 

Arima, M. .........................MA-14-1 

Arima, T. ...........................WC-31-9 

Arkhipov, A. ..................... ThC-23-1 

Armañanzas, L. .................. TC-30-5 

Armellini, A. ................... ThC-10-15 

Armstrong, J. ........................TB-5-4 

Armstrong, J. ....................MA-4-24 

Armstrong, J. ....................... TC-4-1 

Arnone, A. ..........................WA-9-4 

Arnone, A. ........................ThB-35-1 

Arnone, A. ........................WC-31-9 

Arts, T. ................................TB-10-3 

Arts, T. ................................TA-34-5 

Asai, T. ............................. ThA-4-29 

Asghar, A. .......................... TC-30-5 

Ashcroft, G. ................... ThA-31-10 

Ashpis, D. ...........................MA-1-1 

Ashtekar, A. ...................... MB-25-1 

Asirvatham, T. .....................TB-24-6 

Åslund, J. ............................MA-5-5 

Assadi, M. .......................... ThC-5-7 

Assadi, M. ...........................WC-5-8 

Assadi, M. ...........................WA-3-4 

Asti, A. ...............................ThB-8-4 

Atkins, N. ........................... TC-12-3 

auf dem Kampe, T. ............ MB-11-1 

auf dem Kampe, T. ............. TC-11-5 

Aul, C. .............................. WB-4-18 

Aulich, M. .........................WC-31-9 

Aulich, M. ........................ ThC-31-1 

Aumeier, T.............................TB-2-3 

Avital, E. .............................TA-37-2 

Aymanns, R. ..................... MB-18-2 

Baar, R. ............................. MB-18-2 

Baba, M. ........................... WB-22-2 

Baba-Ahmadi, M. ................TA-37-2 

Babu, M. ........................ ThC-30-12 

Bacci, A. .............................ThB-8-4 

Backhaus, J. ................... ThA-31-10 

Backman, J. ..........................TB-7-1 

Badami, V. ........................ WB-5-12 

Badeer, G. ........................ TC-19-10 

Bai, X. ............................ ThC-10-15 

Bai, X. .................................TA-10-2 

Baier, R. ..............................TA-31-7 

Baik, S. ............................ ThC-26-3 

Bakalis, D. ...........................ThB-6-6 

Bake, F. ............................ ThC-35-2 

Bake, S. ..............................MA-1-1 

Balasubramanian, J. ..........WC-12-4 

Ballarini, V. ............................FA-5-9 

Bamba, T. ..........................MA-33-3 

Banneheke, S. ................... MB-30-2 

Barad, S. ........................... WB-24-4 

Barber, S. ..........................WA-37-4 

Barber, S. ......................... ThA-37-5 

Barbieri, E. ........................WC-20-1 

Barbosa, J. ..........................MA-6-4 

Barbosa, J. ..........................WA-6-5 

Barbosa, J. .......................... WB-8-3 

Barènes, R. .......................... MB-1-3 

Bargiacchi, M. ...................WC-4-14 

Barigozzi, G. .......................TA-11-4 

Barigozzi, G. .................. ThC-11-12 

Barigozzi, G. ...................... TC-15-4 

Bario, F. .............................MA-34-4 

Baris, O. ..............................TB-33-5 

Barker, A. ........................... TC-29-3 

Barker, B. ..........................WC-10-5 

Barmpalias, K. ...................WA-32-5 

Barpal, D. ........................... ThA-8-2 

Barr, B. ................................TA-31-7 

Barringer, M. ...................WC-11-10 

Bartelt, M. ........................WC-33-7 

Bartocci, P. ..........................MA-3-1 

Barton, J. ..........................WC-26-4 

Barton, P. ............................FA-1-10 

Basirico, J. ......................... WB-32-6 

Basol, A. ...........................WA-14-3 

Bastiaans, R. .....................ThB-4-15 

Basu, S. .......................... ThA-10-10 

Batailly, A. ........................ ThC-26-3 

Batailly, A. .........................WC-26-4 

Batstone, J. ....................... WB-11-8 

Battin-Leclerc, F. ............... ThC-4-33 

Baudelocque, L. ................ WB-25-4 

Bauer, H. ............................ TC-11-5 

Bauer, H. .......................... ThC-12-7 

Bauer, H. ...........................ThB-12-6 

Bauer, H. .............................TA-30-3 

Bauer, H. ........................... MB-12-1 

Bauer, H. ...........................ThB-33-2 

Bauer, H. ............................. WB-1-9 

Bauer, H. ...........................FA-10-11 

Baumann, J. ........................TA-34-5 

Baumann, U. .................... ThA-19-8 

Baumgartner, G. .................FB-4-23 

Beard, P. ............................ MB-30-2 

Beard, P. ..............................FB-30-9 

Becerra, J. .........................WA-32-5 

Beck, C. ............................WA-4-31 

Beck, R. ............................... TC-8-6 

Becker, B. ..........................ThB-29-1 

Becker, B. ......................... ThA-34-8 

Becker, S. ......................... ThC-13-2 

Beeson, D. ..........................TA-23-2 

Beheshti Amiri, H. ...............WA-6-5 

Behrendt, T. ..........................TB-2-3 

Beirow, B. ...........................FA-28-5 

Beirow, B. ........................ ThA-26-2 

Bemis, A. ..........................ThB-5-13 

Ben Ahmed, F. ..................MA-10-1 

Benini, E. ..........................WA-37-4 

Benner, M. .......................... WB-1-9 

Benner, M. ..........................TA-30-3 

Bennington, M. ................ ThA-29-2 

Benoit, J. ............................. WB-8-3 

Benra, F. ........................... ThC-12-7 

Benson, M. .........................TA-11-4 

Benton, R. ........................ ThA-30-6 

Benyahia, A. .................... ThC-13-2 

Benz, E. ..............................WA-6-5 

Beres, W. ............................FA-21-1 

Beretta, A. ......................ThB-10-16 

Berg, R. ...............................TA-23-2 

Bernero, S. ....................... ThA-4-29 

Bernhard, D. ...................... TC-5-10 

Bernier, B. ...................... ThC-30-12 

Bernstein, H. .....................MA-16-6 

Bernstein, H. .....................MA-16-6 

Bernstein, H. .....................ThB-16-5 

Bernstein, H. .....................ThB-16-5 

Bettocchi, R. .......................MA-9-5 

Beukenberg, M. ................ MB-29-5 

Bhagwat, A. ......................WA-17-4 

Bhargava, R. .....................WA-15-9 

Bhargava, R. ...................WC-15-10 

Bhargava, R. ...................... TC-15-4 

Bhargava, R. ..................... MB-15-5 

Bhargava, R. .......................TA-15-1 

Bhargava, R. .....................WA-15-9 

Bhartiya, Y. .......................ThB-26-1 

Bhatia Kashyap, T. ............. MB-16-1 

Bhatia Kashyap, T. ................ TC-2-7 

Bhatia, D. ....................... ThC-30-12 

Bhattacharjee, S. ................. WB-7-2 

Bianchi, E. ........................... WB-3-5 

bianchi, L. ...........................FA-33-8 

bianchi, L. .............................FA-5-9 

Bianchi, M. ....................... MB-15-5 

Bianchi, M. ....................... MB-15-5 

Bianchi, S. .............................TA-9-1 

Bianchi, S. ........................... MB-9-3 

Bianchini, A. .........................FA-5-9 

Bianchini, A. .....................WA-37-4 

Bianchini, C. .......................TA-4-12 

Bianchini, C. .................. ThC-10-15 

Bianucci, D. .........................TA-19-1 

Biba, Y. ............................... WB-7-2 

Biba, Y. .............................. TC-19-3 

Bidan, G. .......................... MB-34-7 

Bidkar, R. .......................... MB-12-1 

Biester, M.......................... WB-34-6 

Bigham, S. ......................... TC-18-5 

Bigley, D............................WA-17-4 

Bigley, D............................MA-17-2 

Billington, S. ..................... WB-5-12 

Bin Mamat, A. ..................WC-18-8 

Bird, J. ................................ WB-1-9 

Bird, J. ................................FA-1-10 

BISWAKARMA, A. ...............FB-21-2 

Blacha, T. ..........................ThB-4-15 

Bladh, R. .............................FA-28-5 

Bladh, R. .......................... ThA-26-2 

Bladh, R. ............................ TC-26-6 

Blakey, S. ............................WA-3-4 

Blanc, L. ........................... ThC-26-3 

Blanc, L. ..............................FA-27-1 

Blanton, J. ...........................TB-12-2 

Blocher, M. .........................TB-28-3 

Blomstedt, M. .....................TA-19-1 

Blouch, J. ..........................MA-4-24 

Blumenthal, R. .................. MB-31-5 

Bobusch, B. .......................WA-4-37 

Bodman, T. .......................MA-17-2 

Bodoc, V. ..............................TB-3-3 

Boerner, S. ........................WA-4-31 

Bogard, D. ........................MA-11-2 

Bogard, D. ..................... ThA-11-13 

Bogard, D. ........................WA-11-9 

Bogard, D. ........................ WB-11-8 

Bogard, D. ......................WC-11-10 

Bogard, D. ......................ThB-11-11 

Bogard, D. ..........................TB-11-6 

Bohan, B. ..........................WA-14-3 

Bohn, D. ...............................FB-4-5 

Bohn, D. ...........................WC-30-7 

Bohn, D. ........................... WB-11-8 

Bolger, J. ............................ TC-29-3 

Bolognin, P. .........................WA-9-4 

Bombale, B. ........................FA-21-1 

Bomberg, S. ........................TA-4-12 

Bompelly, R. ......................ThB-5-13 

Bonacuse, P. ..................... ThA-23-3 

Bonacuse, P. ........................TA-23-2 

Bonacuse, P. ........................ WB-2-6 

Bonelli, L. ......................... ThA-4-29 

Bonello, P. ...........................TB-25-2 

Bonneau, O. ..................... WB-25-4 

Bonner, K. ........................ ThC-4-10 

Bons, J. .............................WC-10-5 

Bons, J. .......................... ThA-11-13 

Bonzani, F. ............................TB-8-1 

Bonzani, F. ......................... ThA-8-2 

Bonzani, F. ..........................TB-4-28 

Borello, D. ......................... MB-34-7 

Borello, D. ...........................FB-29-8 

Borg, A. ..............................TA-10-2 

Borghi, L. ............................WA-9-4 

Borguet, S. ............................TB-5-4 

Borguet, S. ......................... ThC-5-7 

Borisov, D. ......................... TC-10-6 

Born, D. ..............................TB-32-4 

Boselli, P. .........................MA-31-11 

Botros, K. ............................TA-19-1 

Botros, K. ........................... TC-19-3 

Botsis, L. .......................... ThC-6-10 

Bottaro, A. ........................WC-4-14 

Bouchard, D. .....................MA-14-1 

Boulanger, J. .....................WA-31-2 

Bouldin, B. ........................ThB-1-12 

Bounaceur, R....................... WB-3-5 

Bounaceur, R.................... ThC-4-33 

Bourque, G. ......................WA-4-37 

Bourque, G. ....................... TC-4-35 

Bourque, G. ..................... ThA-4-29 

Bourque, G. ........................FB-4-23 

Bourque, G. ......................WC-4-11 

Bourque, G. ....................... ThC-4-7 

Boutet-Blais, G. .................ThB-12-6 

Bowen, P. ............................ThB-4-3 

Boxx, I. ............................. ThA-4-22 

Boyde, J. ...........................MA-4-30 

Boyer, K. .............................MA-1-1 

Bozzi, L. ..............................TB-12-2 

Bozzi, L. ............................. ThA-8-2 

Bozzi, L. ........................... ThC-12-7 

Braaten, M. ....................... MB-31-5 

Braaten, M. .........................TA-37-2 

Braccio, K. ........................WA-17-4 

Brady, M. ..........................MA-18-1 

Branam, R. ........................WA-14-3 

Branchini, L. ....................MA-15-11 

Branchini, L. ....................MA-15-11 

Branco, N. .........................MA-14-1 

Brand, A. ............................. TC-4-1 

Brandl, H. ...........................FA-21-1 

Brandt, D. .........................MA-38-2 

Brandt, L. ......................... ThC-13-2 

Braun, M. .........................ThB-25-6 

Braun-Unkhoff, M. ..............ThB-4-3 

Breeze-Stringfellow, A. ..... ThC-34-2 

Bressloff, N. ......................ThB-4-15 

Bretschneider, S. ............... WB-22-2 

Bretschneider, S. .................FA-21-1 

Brettschneider, M. ...............TA-30-3 

Breuer, T. .............................FA-28-5 

Breuer, T. ........................... MB-34-7 

Breuhaus, P. ........................WC-5-8 

Breuhaus, P. ........................MA-9-5 

Breuhaus, P. ....................... ThC-5-7 

Breuhaus, P. ........................WA-3-4 

Brewer, D. ........................... WB-2-6 

Brewer, D. .............................TB-2-3 

Briceno, S. ..........................ThB-8-4 

Brickwood, G. ...................MA-4-24 

Brigalli, D. ...........................ThB-4-3 

Bringhenti, C. .....................MA-6-4 

Brinkert, N. .......................ThB-33-2 

Briones, A. ..........................MA-3-1 

Briones, A. ............................TA-4-4 

Briones, A. ....................... ThC-4-33 

Brochu, M. ........................ MB-16-1 

Brockett, T. .......................WA-24-3 

Bromley, A. .................... ThA-15-12 

Bromley, A. .................... ThA-15-12 

Brouckaert, J. ....................ThB-29-1 

Brouckaert, J. ......................TA-5-11 

Brown, B. ............................FA-30-8 

Brown, B. .......................... MB-30-2 

Brown, C. ...........................FA-1-11 

Brown, C. ...........................WC-1-2 

Brown, C. .........................WC-4-11 

Brown, D. .........................MA-33-3 

Brown, J. ......................... ThC-26-3 

Brown, J. ............................TB-23-4 

Brown, J. ......................... ThC-23-1 

Brown, J. ......................... ThA-23-3 

^12Brown, J. ....................ThB-22-6 

Brun, K. ............................WA-20-3 

Brun, K. ..............................TA-15-1 

Brun, K. ............................ WB-20-5 

Brun, K. ..............................TB-20-2 

Brun, K. ............................WC-20-1 

Brun, K. ............................. TC-19-3 

Brun, K. .......................... WB-19-11 

Brun, K. ..............................TB-19-2 

Brun, K. ..............................TA-19-1 

Brunetti, I. ........................ ThA-4-29 

Bryden, K. ...................... ThC-10-15 

Bryden, K. ......................... MB-10-4 

Buckley, C. ..........................TB-33-5 

Buffaz, N. .......................... TC-34-1 

Bulat, G. ...........................MA-4-24 

Bulle, J. ...............................TB-10-3 

Bulli, A. .............................. ThA-8-2 

Bulot, N. ............................ TC-34-1 

Bulzan, D. .........................WC-4-36 

Bulzan, D. .........................ThB-4-15 

Bulzan, D. .........................MA-4-30 

Bunce, N. ..........................WA-4-37 

Bunce, R. ........................... TC-5-10 

Bunce, R. ............................TA-5-11 

Burd, S. .............................WA-14-3 

Burke, S. ............................ ThC-4-7 

Burman, D. ...................... ThC-13-2 

Burns, A..........................ThB-11-11 

Burns, A..........................WC-11-10 

Bursi, E. ..............................ThB-4-3 

Bursi, E. ................................TA-4-4 

Büttner, L. .........................FA-29-15 

Byerley, A. .............................TB-7-1 

Byington, C. ........................MA-5-5 

Byington, C. ........................TB-37-3 

Cadoret, Y. ...........................TB-2-3 

Cadorin, M. ........................ MB-9-3 

Cadorin, M. ........................ WB-3-5 

Cafaro, S. .......................... ThA-8-2 

Calabria, R. ......................... WB-3-5 

Caldwell, D. ......................WA-18-6 

Calhoon, W. .....................MA-4-17 

CAMCI, C. ......................... TC-5-10 

CAMCI, C. ........................WA-11-9 

CAMCI, C. ........................ WB-29-7 

CAMCI, C. ......................... TC-10-6 

Cameretti, M. .....................TB-18-4 

Cameretti, M. .....................TB-4-26 

Cameron, J. ..................... ThA-29-2 

Camp, J. ........................ ThA-10-17 

Campa, G. ........................WC-4-14 

Campanari, S. .......................FA-6-1 

Campanari, S. .................. ThC-6-10 

Campbell, P. ..................... TC-19-10 

Campobasso, M. .................TA-37-2 

Camporeale, S. ................. WB-6-11 

Camporeale, S. ................ ThA-37-5 

Camporeale, S. .................WC-4-14 

Camporeale, S. .....................TB-3-3 

Canelli, C. .........................WC-31-9 

Canilang, B. ......................MA-17-2 

Cao, J. .............................. MB-25-1 

Capece, V. ..........................TA-37-2 

Capece, V. ....................... ThA-37-5 

Cappelletti, A. .................. ThA-4-29 

Cappuccini, F. .....................TA-19-1 

Caratozzolo, F. ....................ThB-6-6 

Carcasci, C. ....................... WB-10-9 

Cárdenas, C. ...................... TC-5-10 

Cardoso de Souza, T. ........ThB-4-15 

Cardwell, D. ......................WA-22-1 

Carnie, G. .........................WA-31-2 

Carolus, T. .......................... ThC-9-2 

Carolus, T. .......................... ThC-9-2 

Carolus, T. ........................... MB-9-3 

Caron, J. ...........................ThB-12-6 

Carroni, R. ..........................WA-6-5 

Carrotte, J. ........................WC-4-11 

Carrotte, J. ......................... TC-29-3 

Carrotte, J. ........................ThB-29-1 

Carson, C. ....................... TC-19-10 

Caruggi, M. ......................... TC-4-9 

Casaday, B. .......................WC-10-5 

Casarsa, L. ..................... ThC-10-15 

Casartelli, E. ....................... TC-33-9 

Casey, M. ..........................MA-32-2 

Casey, M. ......................... ThA-26-2 

Casey, M. ........................... TC-33-9 

Casey, M. ..........................ThB-33-2 

Casey, M. ............................TA-32-3 

Casey, M. ..........................WA-33-1 

Casteloot, C. .......................TA-5-11 

Castillon, L. ...................... ThC-13-2 

Catalano, L. ...................... MB-37-6 

Catalano, L. ...................... WB-6-11 

Catalanotti, E. .......................TA-3-2 

Cavarzere, A. ......................TB-19-2 

Ceccherini, G. .....................TA-19-1 

Celestina, M. .................... WB-29-7 

Cepress, R. ..........................TA-23-2 

Cerda Varela, A. ..................TB-25-2 

Cerny, V. .......................... ThC-26-3 

CERRI, G. ........................... ThA-5-6 

Ceyrowsky, T. ....................WC-33-7 

CHABRIER, B. ....................FA-10-11 

Chacartegui, R. .................WA-32-5 

Chacartegui, R. .................WC-20-1 

Chaker, M. ........................ MB-15-5 

Chaker, M. ......................... TC-15-4 

Chan, K. .......................... ThC-23-1 

Chan, T. ..............................FA-1-10 

Chana, K. .........................WA-22-1 

Chana, K. .......................ThB-10-16 

Chandler, K. ........................TA-32-3 

Chandra, B. ..........................TA-1-6 

Chandra, R. ..................... ThC-23-1 

Chang, D. .........................TB-30-11 

Chang, J. ......................... ThC-26-3 

Chang, J. .......................... WB-24-4 

Chang, J. ............................FB-26-5 

Chang, S. ......................... ThC-10-7 

Channiwala, S. ....................FB-26-5 

Chaquet, J. .......................ThB-12-6 

Chatterton, S. .................. ThA-22-3 

Chatterton, S. ...................WA-24-3 

chaudhari, g. ......................FB-26-5 

Chaudhari, V. ........................FB-1-4 

Chauveau, C. ......................MA-3-1 

Chebli, E. ..........................WA-33-1 

Checcacci, D. ......................FB-32-7 

Chemla, G. ....................... WB-25-4 

Chen, H. .............................TA-18-3 

Chen, H. ........................... MB-33-4 

Chen, J. ............................. TC-34-1 

Chen, J. ..............................TB-18-4 

chen, l. ...............................FA-27-1 

Chen, L. ............................WC-18-8 

Chen, L. ..............................FA-33-8 

Chen, M. ..........................MA-24-2 

chen, t. ............................ ThA-22-3 

Chen, X. .............................TB-28-3 

Chenaux, V. ........................FA-28-5 

Cheng, C. ...........................FB-26-5 

Chennaoui, L. .................... ThA-5-6 

Cheong, B. .....................WC-10-14 

Chernobrovkin, A. ............ WB-32-6 

Chernoray, V. ....................TB-30-11 

Chernyshev, S. .................. MB-31-5 

Chew, J. ............................ WB-12-5 

Chew, J. ............................ WB-12-5 

Chi, X. .............................. MB-10-4 

Chi, X. ........................... ThC-10-15 

Chiang, H. .......................... WB-3-5 

Chiang, H. ........................WA-24-3 

Chiang, H. ....................... ThC-6-10 

Chiariello, F. ........................ WB-3-5 

Chibli, H. ............................FB-30-9 

Childs, D. ............................TB-24-6 

Childs, D. ..........................WC-24-7 

Childs, D. ............................TA-24-5 

Childs, P. ............................ TC-12-3 

Childs, P. .......................... ThC-6-10 

Childs, P. ............................ TC-12-3 

Chirathadam, T. ................. TC-25-3 

Chishty, W. ....................... WB-4-27 

Chishty, W. .........................FB-4-23 

Chishty, W. .........................FA-1-10 

Cho, H. ...............................FA-11-3 

Cho, H. .............................MA-14-1 

Cho, H. ............................. MB-10-4 

Chockalingam, P. ..............WA-4-31 

Choi, J. .............................WC-29-9 

Choi, K. ............................WC-31-9 

Choi, M. ............................ TC-34-1 

Choi, S. .................................TB-2-3 

Choi, S. .................................TB-2-3 

Choi, S. ............................... WB-2-6 

Choi, S. ............................... WB-2-6 

Chokani, N. ..................... ThA-37-5 

Chokani, N. ..................... ThA-37-5 

Chokani, N. ..................... ThC-37-9 

Chokani, N. ........................TA-37-2 

Chopra, S. ........................ WB-10-9 

Chowdhury, N...................WC-30-7 

Choze, S. ..........................MA-14-1 

Chrigui, M. ...........................FB-4-5 

Christiansen, T. ...................ThB-8-4 

Chu, W. ........................... ThC-34-2 

Chudnovsky, B. ...................TA-4-38 

Chung, D. .........................WA-20-3 

Chung, G. ........................... MB-5-2 

Chupp, R. ......................... MB-12-1 

chyu, M. ........................... WB-10-9 

chyu, M. ........................ ThC-10-15 

chyu, M. ........................... MB-10-4 

Ciani, A. ........................... WB-4-27 

Ciani, A. ...........................MA-4-30 

Cierpka, C. .......................MA-34-4 

Cirri, M. ..............................TB-12-2 

Citeno, J. ..............................TB-8-1 

Citeno, J. ............................WC-8-5 

Citeno, J. ............................TB-4-39 

Clari, M. ...........................MA-32-2 

Claridge, M. ......................MA-32-2 

Clark, J. ..........................WC-11-10 

Clark, J. ........................... ThA-30-6 

Clark, J. ............................WC-30-7 

Clark, J. ............................FA-10-11 

Clark, J. ..............................TA-28-2 

Clark, J. ............................WA-10-8 

Clark, K. ........................... MB-34-7 

Clark, S. ..............................TA-28-2 

Clemenson, M. ...................FA-11-3 

Cliffe, K. ...............................TA-1-6 

Cloud, C. ............................TB-24-6 

Cochet, M. .......................FA-10-11 

Colantoni, S. ..................... MB-28-1 

Colantoni, S. .........................TB-3-3 

Colban, W. .......................FA-10-11 

Colban, W. .......................MA-11-2 

Colban, W. ....................... MB-11-1 

Coleman, A. ..................... WB-32-6 

Coletti, F. ............................TB-10-3 

COLLADO, E. ......................TA-34-5 

Condevaux, J. ...................... TC-4-1 

Conlon, M. .........................TB-25-2 

Conlon, M. ....................... MB-25-1 

Conlow, F. ......................... WB-17-6 

Connell, S. ........................ MB-31-5 

Connery, B. .......................WA-17-4 

Conte, E. ............................ WB-8-3 

Contreras, J. .................... ThC-31-1 

Copeland, C. ....................ThB-33-2 

Corbeil, A. ........................ MB-16-1 

Coren, D. ..........................ThB-12-6 

Coren, D. ............................TA-30-3 

Coren, D. ........................... TC-12-3 

Coren, D. ..........................WC-12-4 

Cornelius, C. .......................FB-29-8 


Corporan, E. .......................ThB-4-3 

Corral, R. .......................... MB-31-5 

Corral, R. .......................... MB-28-1 

Corral, R. ............................TB-28-3 

Corral, R. .......................... MB-31-5 

Corral, R. ..........................ThB-12-6 

Corral, R. ..........................WA-31-2 

Corral, R. ......................... ThC-31-1 

Corsini, A. ........................... MB-9-3 

Corsini, A. .............................TA-9-1 

Corsini, A. ...........................FB-29-8 

Corso, C. ..........................WA-17-4 

Cosatto, E. ........................WC-4-14 

Cosi, L. ...............................FB-32-7 

Cosi, L. ...............................FB-32-7 

Cosic, B. ...........................WA-4-37 

Costall, A. .........................ThB-33-2 

Cottin, G. .......................... TC-14-2 

Coull, J. ........................... ThA-30-6 

Courtiade, N. ......................TA-5-11 

Cousineau, Y...................... TC-1-13 

Cousins, W. ........................WA-1-8 

Coussement, G. ..................TB-28-3 

Coutandin, D. ...................MA-14-1 

Cowell, L. .......................... TC-4-35 

Cox, G. ............................. MB-31-5 

Crespo, J. .......................... MB-31-5 

Cretegny, L. ....................... TC-16-8 

Cross, C. .......................... ThC-26-3 

Cross, C. .......................... ThC-4-10 

Cross, C. ............................. MB-4-8 

Cross, C. ...........................WC-22-4 

Cuciumita, C. ......................TA-31-7 

Cuddihy, K. .........................FA-1-10 

Cugno, D. .......................... TC-29-3 

Cui, W. ............................ ThC-23-1 

Cullis, A. ...........................WA-17-4 

Cunha Galeazzo, F. ...........WA-4-31 

Cunningham, M. ..............ThB-1-12 

CUQUEL, A. ..................... ThC-4-10 

Curran, H. .......................... ThC-4-7 

Curran, H. ........................ ThA-4-29 

Cutright, J. ............................TB-1-7 

Cyrus, J. ..............................MA-9-5 

Cyrus, V. .............................MA-9-5 

CZACHOR, R. .................... MB-24-1 

Czarske, J. ........................ WB-5-12 

Czarske, J. ........................FA-29-15 

da Silva, G. .......................MA-14-1 

Da Soghe, R. .......................TB-12-2 

Da Soghe, R. .....................WC-12-4 

Da Soghe, R. .................... ThC-12-7 

Dacca’, F. ..........................WC-31-9 

Dadouche, A. .................... MB-25-1 

Dagaut, P. .......................... ThC-4-7 

Dahlquist, A. .........................FA-6-1 

Dähnert, J. ..........................TA-34-5 

Dai, X. ................................TA-18-3 

Dai, Y. ............................... MB-39-2 

Dai, Y. .................................TA-17-3 

DAI, Y. ..............................ThB-37-7 

Daleo, J. ............................TA-16-11 

D’Alessandro, B. .................MA-3-1 

daneshkhah, k. .................. TC-33-9 

Dang, Z. ........................... ThC-6-10 

D’Angelo, E. .......................TB-12-2 

Daniels, J. ............................ TC-8-6 

Das(Ghatak), M. ..................FA-4-16 

Das, P. .................................FB-26-5 

DAS, S. ...............................FB-21-2 

Dasgupta, S. .......................TA-5-11 

Dashevskyy, Y. .................... TC-10-6 

Davidson, F. ........................TB-11-6 

Davis, M. ............................WA-1-8 

Davison, C. ........................ ThA-5-6 

Davison, C. .........................FA-1-10 

Davison, P. ........................ MB-28-1 

Dawes, B. ......................... WB-31-4 

Day, D. ..............................WC-22-4 

Day, I. ................................ TC-34-1 

Day, I. ...............................FA-29-15 

Day, W. .................................TB-8-1 

De Bellis, F. ........................ MB-37-6 

De Bellis, F. ........................ WB-6-11 

de Boer, A. ........................WA-22-1 

De Giorgi, M. ....................WC-29-9 

De Giorgi, M. ....................ThB-37-7 

de Goey, P. ........................ThB-4-15 

De Pascale, A. ................... MB-15-5 

De Pascale, A. ................... MB-15-5 

De Rosa, A. .......................WA-4-37 

De Santiago, O. ..................TA-24-5 

de Sousa, F. .......................MA-14-1 

Debrabandere, F. .................TB-28-3 

DeCastro, J. ....................... ThC-5-7 

Dees, J. ...........................ThB-11-11 

Dees, J. ...........................WC-11-10 

Dees, J. ............................. WB-11-8 

Dees, J. ...............................TB-11-6 

Defoe, J. ...........................ThB-35-1 

Dehouve, J. .......................ThB-25-6 

Del Puglia, E. .......................TA-19-1 

Del Turco, P. ..........................TB-3-3 

Del Turco, P. ........................ThB-8-4 

Delgado, A. ........................ MB-9-3 

Delgado, A. ..................... ThC-25-5 

Delgado, A. ....................... ThC-9-2 

Delgado, H. ......................WA-19-4 

Delgado, H. ......................WC-19-7 

Delibra, G. ........................ MB-34-7 

Delimar, D. ..........................FA-21-1 

Dem, C. ........................... ThC-4-33 

Demiroglu, M. .................. MB-12-1 

Deng, Q. ............................ TC-15-4 

DENG, Q. ..........................WA-33-1 

DENG, Q. .......................... WB-18-7 

Deng, Q. ........................ ThC-30-12 

Deng, X. ........................... MB-33-4 

Denis, S. ...............................TB-2-3 

Denk, M. ............................FB-27-3 

Dennis, R. ......................... MB-10-4 

Dennis, R. ...........................WC-8-5 

Dennis, R. ............................ TC-8-6 

Dennis, R. ...................... ThC-10-15 

Dennis, R. .......................... ThC-3-8 

Dent, M. ...........................ThB-1-12 

Depau, V. .......................... MB-24-1 

Depau, V. ............................FB-26-5 

Der Hagopian, J. ............... WB-24-4 

Descharmes, N. .................. ThC-9-2 

Deshmukh, D. .....................TA-17-3 

Devi, R. ...............................TB-12-2 

DeVoe, J. ..........................WA-10-8 

Devriendt, O. ......................FB-29-8 

Dewanji, D. .......................MA-4-17 

Dewis, D. ........................... TC-18-5 

Dewitt, M. ..........................ThB-4-3 

Dey, P. ...............................WC-30-7 

Dey, S. ............................. ThC-31-1 

Dhanasekaran, T. ............. ThC-10-7 

Dhingra, M. ........................ MB-5-2 

Dhingra, M. ..................... ThC-34-2 

Dhingra, M. ..........................FA-5-9 

Dhingra, M. ........................WA-5-1 

Di Domenico, M. .............. ThC-4-33 

Di Domenico, M. ...............ThB-4-15 

Di Domenico, M. ...............MA-4-30 

di Mare, L. ........................ThB-25-6 

di Mare, L. ......................... ThA-1-5 

Di Pasquale, L. ......................TB-8-1 

Diallo, O. ............................WC-5-8 

Dickey, B. ............................TB-20-2 

Dievart, P............................ ThC-4-7 

Dimond, T. ........................WA-37-4 

Dimond, T. ........................ MB-25-1 

Dimond, T. ........................WC-24-7 

ding, l. ................................WA-9-4 

DiOrio, G. ...........................TA-17-3 

d’ippolito, g. .......................FA-30-8 

Dirrenberger, P. ................ ThC-4-33 

Dixon, J. ............................WC-12-4 

Dixon, J. ............................. TC-12-3 

Dmochowski, W. ............... MB-25-1 

Dmochowski, W. ............... MB-25-1 

Dⁿsing, M. ...........................FA-4-25 

Dobriloff, C. ........................FB-29-8 

Dobski, T. ............................FA-4-25 

Dodo, S. .......................... ThA-4-29 

Doebbeling, K. ..................WC-4-14 

Doel, D. ............................. ThA-5-6 

Dolatabadi, A. .......................FB-4-5 

Dolmansley, T. .....................WA-3-4 

Domachowski, Z. ..............ThB-37-7 

Dominy, R. ........................ThB-37-7 

Dominy, R. ..........................FA-30-8 

Domnik, C. ...................... ThC-12-7 

Donato, N. ......................... ThC-4-7 

Dong, J. ..............................TA-18-3 

Dong, Y. ............................ TC-34-1 

Donus, F. .............................FA-21-1 

Donus, F. ........................... WB-22-2 

dossena, v. ..........................FA-30-8 

dossena, v. ........................WC-33-7 

Doulgeris, G. .....................MA-17-2 

Dousti, S. .......................... MB-25-1 

Dowling, A. ......................WC-4-14 

Downs, J. ..........................WA-10-8 

Downs, J. .......................... MB-10-4 

Downs, J. ........................WC-11-10 

Downs, J. ..........................WC-10-5 

dowson, d. ....................... WB-22-2 

dowson, p. ....................... WB-22-2 

Dr. Kern, T. ..........................FB-32-7 

Dreier, F. ............................ WB-5-12 

Dreizler, A. ..........................FA-4-16 

Drennan, S. .........................ThB-4-3 

driscoll, m. ........................WA-17-4 

Drolet, M. .........................WA-28-4 

D’Souza, K. ...................... ThA-26-2 

Du, L. ................................MA-18-1 

du, x. ............................... ThC-12-7 

Du, Y. .................................FA-1-11 

du, z. ................................ MB-33-4 

DU, Z. ............................... MB-37-6 

Dubois, B. .........................WC-18-8 

Ducruix, S. .......................... MB-4-8 

Ducruix, S. ........................WC-4-14 

Ducruix, S. ..........................FA-4-25 

Dudebout, R. .................... MB-4-34 

Dudebout, R. ....................ThB-4-15 

Dudebout, R. ....................WC-4-36 

Duggleby, A. .................. ThA-10-17 

Duggleby, A. .................. ThC-10-15 

Duivis, R. ............................ ThA-5-6 

Dullenkopf, K. .................. ThC-12-7 

Dullenkopf, K. ................... MB-12-1 

Dullenkopf, K. .....................TA-30-3 

Dullenkopf, K. ..................... WB-1-9 

Dullenkopf, K. ...................ThB-12-6 

Dumas, G. ........................ThB-12-6 

Dunn, M. ........................... TC-1-13 

Dunn, M. ..........................WC-26-4 

Dunn, M. ........................ThB-10-16 

Dunn, M. ........................WC-10-14 

Duong, L. ............................FB-21-2 

Durox, D. ......................... ThC-4-10 

Düsing, M. ........................ WB-4-27 

Duwig, C. ...........................FA-4-16 

Dyverfeldt, G. .....................FA-28-5 

Dzida, M. ..........................ThB-37-7 

Early, J............................... MB-33-4 

Eastwood, D. ..................... TC-12-3 

Eastwood, D. ....................WC-12-4 

Eastwood, S. .................... ThC-35-2 

Eaton, J. ..............................TA-11-4 

Eaton, J. ............................. TC-11-5 

Ebisawa, N. .......................FB-33-10 

Ebmeyer, C. ........................MA-1-1 

Edney, S. ............................ TC-5-10 

Efstathiou, E. ......................TA-18-3 

Egawa, Y.........................ThB-11-14 

Ehrhard, J. ........................WA-33-1 

Ehrhard, J. ........................ MB-33-4 

Ehrsam, A. ........................ MB-20-4 

Eichler, C.............................FB-4-23 

Eigenbrod, C. ....................MA-4-30 

Eimer, G. ............................ ThC-9-2 

Ekkad, S. ........................... MB-30-2 

Ekkad, S. .......................... ThC-10-7 

Ekkad, S. .............................TB-10-3 

Ekkad, S. ........................... MB-11-1 

Ekkad, S. .............................FA-30-8 

Ekkad, S. ........................ ThA-10-10 

El Shamy, O........................ TC-33-9 

El-Aini, Y. ..........................WC-26-4 

Eldridge, T. ..........................TA-19-1 

Eldridge, T. ......................... ThA-5-6 

Elebiary, K. ..........................TA-10-2 

Elfert, M. ......................... ThC-10-7 

El-Gabry, L. ........................ TC-11-5 

El-Gabry, L. .................... ThC-10-15 

El-Gabry, L. .......................FB-10-13 

ELKady, A............................. TC-4-1 

ELKady, A.......................... MB-4-32 

Elkins, C. ............................ TC-11-5 

Elkins, C. .............................TA-11-4 

Elliott, M. ........................... TC-5-10 

Elnady, T..............................FA-11-3 

Elyas, A. ............................ WB-11-8 

Emerson, B. ........................ MB-4-8 

Emerson, B. ......................WC-4-11 

Endicott, G. ......................WC-31-9 

Engel, K. ...........................WC-30-7 

Engel, K. .............................FB-30-9 

Enghardt, L. ..................... ThC-35-2 

ENOMOTO, S. .....................FA-1-11 

Enright, M. ...................... ThA-23-3 

Enright, M. .........................FA-23-5 

Enright, M. ...................... ThC-23-1 

Enright, M. .......................ThB-22-6 

Enright, M. .........................TA-23-2 

Epple, P. .............................. MB-9-3 

Epple, P. ............................. ThC-9-2 

Epureanu, B. .....................ThB-26-1 

Epureanu, B. .................... ThA-26-2 

Erbes, M. ............................TB-20-2 

Erenburg, V. ........................TA-4-38 

Erickson, R. .................... ThA-10-17 

Eriksen, V. ...........................TB-10-3 

Eriksson, L. ..........................MA-5-5 

Eriksson, P. ..........................FA-4-16 

Ernie, D............................ ThC-13-2 

Ernst, B. ............................ MB-18-2 

Eroglu, A. ......................... WB-4-27 

Eroglu, A. ...........................FA-4-25 

Ertas, B. ........................... ThC-25-5 

Ertas, B. ........................... ThC-25-5 

Erwin, J. ..............................FA-1-11 

ERYILMAZ, I. .....................WA-11-9 

Escudero, J. .......................WA-16-2 

ESHATI, S. .............................TA-6-2 

Eshtiaghi, A. .......................TA-10-2 

Eskin, L. ..............................MA-3-1 

Eta, T. ................................ ThA-6-8 

Evans, S. ...........................WC-29-9 

Everitt, J. .......................... ThC-34-2 

Evulet, A. ............................. TC-4-1 

Ewer, T. ...............................TA-17-3 

Ewins, D. ........................... TC-26-6 

Ewins, D. ............................FA-27-1 

Fabbri, A. ........................... ThA-8-2 

Facchini, B. .........................TA-4-12 

Facchini, B. .........................TB-12-2 

Facchini, B. .......................MA-14-1 

Facchini, B. .......................WC-12-4 

Fachini, F. ..........................MA-4-30 

Fackler, K. .........................WA-4-31 

Fan, G. ............................WC-11-10 

Fan, H. ................................TA-4-38 

Fanaca, D. ............................ TC-4-9 

Fang, X. ..............................TA-23-2 

Fantozzi, F. ..........................MA-3-1 

Fantozzi, F. ..........................ThB-4-3 

Fantozzi, F. ............................TA-4-4 

Faucett, D. .......................... WB-2-6 

Favier, J. ............................WC-4-14 

Fawcett, R. ......................... TC-11-5 

Fedorov, I. ...........................FB-21-2 

Feldshteyn, Y.......................WC-5-8 

Feng, G. ............................. TC-29-3 

Feng, J. ...............................FA-33-8 

Feng, J. ............................. MB-33-4 

feng, l. ............................... TC-34-1 

Feng, X. ..............................WA-6-5 

FENG, Z. ........................ ThA-31-10 

FENG, Z. ........................... WB-18-7 


FENG, Z. ............................ TC-10-6 

FENG, Z. ...........................WA-33-1 

FENG, Z. .............................TB-12-2 

Ferrara, G. ............................FA-5-9 

Ferrari, C. ............................WA-9-4 

Ferrari, L. ..............................FA-5-9 

Ferrari, L. ............................TA-5-11 

Ferrari, L. ..........................WA-37-4 

Fiala, A. ............................. TC-30-5 

Fiala, A. ............................WA-30-4 

Ficarella, A. .......................WC-29-9 

Ficarella, A. .......................ThB-37-7 

Fieweger, K. ......................ThB-33-2 

Filippenko, V. .................... WB-32-6 

Filippi, S. .............................FB-27-3 

Filsinger, D. ....................... MB-33-4 

Filsinger, D. .................... ThC-30-12 

Finamore, D. .......................TB-28-3 

Finnegan, J. ......................WA-10-8 

Finzel, C. ...........................MA-32-2 

Fischer, A. .........................FA-29-15 

Fleck, J. .............................MA-4-30 

fletcher, t. .........................WC-10-5 

Focchi, M. .........................WA-18-6 

Foerster, F. ...........................FA-30-8 

Fong, M. ........................ ThC-10-15 

Fontaneto, F. .................. ThC-11-12 

Forhad, M. ..........................TB-28-3 

Forster, C. .......................... TC-18-5 

Fortunato, B. .........................TB-3-3 

Fortunato, B. .................... ThA-37-5 

Fortunato, B. ..................... WB-6-11 

Fouflias, D. ............................TA-6-2 

Fournet, R. .......................... WB-3-5 

Foust, M. .......................... MB-4-34 

Foust, M. ..........................WA-4-31 

Fox, M. ...............................FA-11-3 

Franceschini, G. ................ MB-12-1 

Franchini, G. .................. ThC-11-12 

Francis, L. ........................... TC-29-3 

Frank, D. ........................... MB-29-5 

FRANSEN, R. .......................TA-34-5 

Fransson, T. .................... ThC-10-15 

Fransson, T. ....................... MB-28-1 

Fransson, T. .......................WA-28-4 

Franz, H. ........................... MB-33-4 

Frazier, B. ........................... TC-16-8 

Frechette, L. ......................WA-33-1 

Frederick, D. ...................... ThC-5-7 

Fredrick, N. .........................WA-1-8 

Freeman, C. ......................FA-29-15 

Freitag, S. .........................ThB-5-13 

Frej, H. ..............................WC-20-1 

Frese, F. ............................. MB-18-2 

Freund, O. ..................... ThC-11-12 

Frey, C. .......................... ThA-31-10 

Friedrichs, J. ........................MA-1-1 

Frisk, E. ...............................MA-5-5 

Fritzer, J. .............................WA-5-1 

Fritzer, J. ...............................TB-3-3 

Frolov, B. ........................... WB-32-6 

Fruth, F. ............................ MB-28-1 

FU, L. ................................ WB-18-7 

Fu, S. ................................WA-31-2 

Fu, Y. ................................WA-24-3 

Fu, Z. ..................................TB-4-39 

Fuchs, L. .............................FA-4-16 

Fuchs, L. .......................... ThC-35-2 

Fujiwara, H. ........................TB-4-39 

FUJIWARA, H. ................... WB-4-18 

Fujiwara, H. ......................MA-24-2 

Fuksman, I. ......................... MB-1-3 

Fukushima, H. .....................FA-33-8 

Fukushima, Y. ...................FB-33-10 

Funazaki, K. ......................WA-30-4 

Funazaki, K. ......................FA-29-15 

Funazaki, K. ....................WC-11-10 

Fung, A. .............................. WB-8-3 

Fung, A. .............................. WB-3-5 

Funke, H. ..........................WA-4-31 

Furlong, E. ..........................TA-5-11 

Furukawa, M. .....................FA-33-8 

FURUTANI, H. ......................ThB-6-6 

Fyffe, D. ................................TA-4-4 

G.H., K. ..............................FB-21-2 

Gaetani, P. ........................ThB-29-1 

Gaetani, P. ..........................FA-33-8 

Gaetani, P. ........................WC-33-7 

Galda, L. ........................... MB-25-1 

Gallar, L. ............................ ThA-6-8 

Gallardo, J. .........................TB-28-3 

Gallops, G. ..........................WA-1-8 

Gallops, S. ......................... TC-22-5 

Gampe, U. ......................... TC-22-5 

Gandavarapu, P. ................FA-10-11 

Ganmol, P. ........................ MB-10-4 

Gao, J. ..............................FB-10-13 

Gao, W. ............................ WB-4-27 

Garcia Hernandez, A. ........WA-19-4 

Garcia Rosa, N. ................... MB-1-3 

Garcia Villora, N. ................. WB-1-9 

Garcia-Hernandez, A. ......... TC-19-3 

GARCIA-ILLESCAS, R. ........ MB-39-2 

Gardner, M. ........................TA-23-2 

Garg, S. ................................TB-5-4 

Garg, S. .............................. MB-5-2 

Garibaldi, P........................WC-31-9 

Garmory, A. ........................FB-4-23 

Garotta, V. ....................... ThC-12-7 

Gauthier, D. ........................TB-18-4 

Gauthier, P. .........................FA-4-16 

Gebel, G. ..............................TA-4-4 

Gebel, G. ..........................MA-4-30 

Gegg, S. .......................... ThA-30-6 

Gegg, S. .........................MA-31-11 

Geigle, K. ..........................WA-4-31 

Gemin, P. ..........................MA-17-2 

Geng, S. ............................ TC-34-1 

Genin, F. .............................. TC-4-1 

GENIN, G. .........................FA-10-11 

Gennaretti, M. ....................TB-28-3 

Genrup, M. ...........................FA-6-1 

George, T. .........................WC-22-4 

Gerendas, M. ........................TB-2-3 

Gerlinger, P. ..................... ThC-4-33 

Gerlinger, P. ......................ThB-4-15 

Germain, P. .......................ThB-1-12 

Geurts, B. .........................ThB-4-15 

Ghaemi, M. ......................ThB-37-7 

Ghaly, W. ........................MA-31-11 

Ghigliazza, F. .......................ThB-6-6 

Ghizawi, N. ........................ TC-33-9 

Ghoniem, A. ........................ TC-4-1 

Ghorbanian, K. ................. WB-6-11 

Ghosh, K. ...................... ThA-10-17 

Ghosh, S. ..........................WA-20-3 

Gibert, C. ......................... ThC-26-3 

GICQUEL, L. ...................... MB-4-34 

GICQUEL, L. ........................TA-34-5 

Giel, P. ................................FA-30-8 

Giel, P. ..............................WA-10-8 

Gier, J. ............................. ThA-34-8 

Gier, J. ................................TA-30-3 

Gier, J. ............................... TC-30-5 

Gier, J. ..............................WC-30-7 

Gierse, K. ............................FB-32-7 

Gilarranz R., J. .................. ThA-19-8 

Gilarranz R., J. ...................ThB-19-9 

Gillespie, D. ...................... WB-11-8 

Gillespie, D. ...................... MB-12-1 

Gillespie, D. ..........................TA-1-6 

Ginzbursky, L. ...................WA-10-8 

Giolli, C. ...........................WA-16-2 

Giorgetti, A. ......................WA-16-2 

Giovannelli, A. ................... ThA-5-6 

Gisbert, F. .........................WA-31-2 

Giuliani, F. .............................TB-3-3 

Giuliani, F. ...........................WA-5-1 

Gladin, J. ..............................TB-1-7 

Glahn, J. ............................ TC-12-3 

Glahn, J. ........................... WB-12-5 

Glaude, P. ........................... WB-3-5 

Glaude, P. ........................ ThC-4-33 

Gledhill, A. ........................WC-10-5 

Gleis, S. ........................... ThC-6-10 

Glodic, N. .........................WA-28-4 

Gloss, D. ...........................MA-32-2 

Gmelin, C. ......................... TC-29-3 

Gmelin, C. ........................WC-29-9 

Godbole, A. ......................WA-17-4 

Godines, C. ......................... WB-2-6 

Goeckeler, K. ......................TB-4-28 

Goeckeler, K. ......................FA-4-16 

Goering, J. ............................TB-2-3 

Gohari Barhaghi, D. ............FA-4-25 

Goinis, G. .........................WC-31-9 

Göke, S. ..............................FA-4-16 

Göke, S. ..............................TB-4-28 

Gokulakrishnan, P. ..............FB-4-23 

Golant, A. .........................WA-20-3 

Goldberg, R. .......................TA-23-2 

Goldberg, R. ....................... WB-2-6 

Golden, P. ........................ ThC-23-1 

Goldstein, R. .................. ThA-10-17 

Golinkin, S. .........................TA-17-3 

Golsen, M. ......................ThB-11-14 

Golshan, H. .........................TA-19-1 

Gomezruiz, I. ....................ThB-12-6 

Goodman, S. .................... WB-5-12 

Goodro, M. .........................FA-11-3 

Gopinath, A. .....................MA-34-4 

Gopinath, A. .......................TA-37-2 

Gordon, A. .......................WC-22-4 

Gordon, A. ........................ TC-22-5 

Gordon, A. ....................... MB-39-2 

Gorelik, M. ...................... ThC-23-1 

Gorelik, M. .......................ThB-22-6 

Gorelik, M. .........................TB-23-4 

Gorrell, S. ......................... MB-34-7 

Gostelow, J. ...................... WB-31-4 

Goswami, S. ..................... WB-31-4 

Göttlich, E. ........................ WB-34-6 

Göttlich, E. ....................... ThA-34-8 

Gottschall, M. ...................FA-29-15 

Gould, J. ............................. MB-1-3 

Gounder, J. ...........................FB-4-5 

Gourdain, N. .................... ThA-29-2 

GOURDAIN, N. ....................TA-34-5 

Gouskov, A. ........................FA-27-1 

Grace, S. ...........................WA-31-2 

Gradl, K. .............................WA-5-1 

Graef, P. ..........................WC-15-10 

Graham, O. .......................WC-4-14 

Grates, D. .........................WC-33-7 

Gravett, P. ......................... WB-16-4 

Gravett, P. .........................ThB-22-6 

Gray, L. ...............................TB-23-4 

Gray, L. ............................ ThC-23-1 

Gray, L. .............................WA-22-1 

Green, J. .............................FA-27-1 

Green, J. ............................ TC-26-6 

Green, M. .......................... TC-29-3 

Greenzweig, J. ....................WA-9-4 

Grewal, A. ........................ThB-35-1 

Griebel, P. .........................MA-4-30 

Griffith, R. .........................WC-18-8 

Griffith, R. ......................... MB-25-1 

Griffiths, P. ..........................ThB-4-3 

Grimaldi, A. ...................... MB-28-1 

Gritsch, M. ........................FA-10-11 

Gritsch, M. ........................ MB-11-1 

Gritsch, M. ........................MA-11-2 

Groensfelder, T. ................ ThA-26-2 

Grönstedt, T. .........................FA-6-1 

Grönstedt, T. .........................TB-1-7 

Grossmann, P. .....................TB-32-4 

Grosvenor, A. ......................TB-29-6 

Groth, P. .............................FA-28-5 

Grover, E. ............................FB-30-9 

groves, k. ............................TB-25-2 

Gruselle, F. ........................WC-19-7 

Gu, C. ...................................TA-9-1 

Gu, C. .................................WA-9-4 

Guang, X. ......................... WB-18-7 

Guang, X. ........................ ThC-6-10 

Guardini, A. ......................WC-12-4 

Guaus, A. .........................WC-4-14 

Guedel, A. ..........................WA-9-4 

Guedel, A. .......................... MB-9-3 

Guedel, A. ......................... ThC-9-2 

Guendogdu, Y. .................. TC-30-5 

Guendogdu, Y. .................. TC-30-5 

Guendogdu, Y. ................ ThA-34-8 

Guendogdu, Y. ................. WB-34-6 

Guethe, F. ............................ TC-4-1 

Guethe, F. .......................... ThC-4-7 

Guglielmino, E. .................WA-18-6 

Gui, X. .............................. MB-29-5 

Guidotti, E. .........................FA-33-8 

Guijarro Valencia, A. .........WC-12-4 

Guijarro Valencia, A. .......... TC-12-3 

Guillard, J. ......................... ThC-9-2 

Guingo, S. ........................ WB-25-4 

Gulati, A. ..........................WA-17-4 

Gulen, S. .............................ThB-8-4 

Gümmer, V. .......................ThB-29-1 

Gümmer, V. ...................... ThA-29-2 

Gümmer, V. ...................... ThA-34-8 

Gümmer, V. .........................TA-23-2 

GUMUSEL, B. ....................WA-11-9 

Gunasekaran, B. ...............WC-4-14 

Gungor, A. ........................MA-34-4 

Günther, P. ........................ WB-5-12 

Guntur, K. ......................... WB-10-9 

Guo, B. ...............................TA-4-38 

Guo, J. ................................TB-12-2 

GUO, L. ............................MA-10-1 

Guo, S. ............................. MB-33-4 

Guo, T. ..............................MA-32-2 

Guo, T. ..............................FB-10-13 

Gupta, A. ........................WC-37-10 

Gupta, A. ..........................WA-37-4 

Gupta, M. .........................WC-19-7 

Gupta, M. .........................WA-19-4 

Gupta, M. .........................ThB-19-9 

Habel, M. ......................... TC-19-10 

Habisreuther, P. ...................TB-4-39 

Habisreuther, P. .................WA-4-31 

Hada, S. ............................ MB-11-1 

Hadj-Ali, K. ........................ ThC-4-7 

Hadley, M. ........................ MB-4-32 

Hafner, M. ........................ WB-5-12 

Hage, M. ............................FA-4-16 

Hah, C. ............................ ThA-29-2 

Haigermoser, C. ................. TC-33-9 

Hajilouy-Benisi, A. ............ ThC-31-1 

Hajilouy-Benisi, A. .............ThB-33-2 

haldeman, c. ...................ThB-10-16 

haldeman, c. .....................FA-10-11 

haldeman, c. .......................FB-11-7 

Hall, B. ............................... TC-26-6 

Hall, B. ............................. ThC-23-1 

Hall, B. ............................. ThA-22-3 

Hall, B. ..............................WA-22-1 

Hall, C. ............................ ThC-35-2 

Hall, J. .................................MA-3-1 

Hall, K. .............................. MB-31-5 

Halliwell, I. ............................FB-1-4 

Halpin, R. ............................TA-17-3 

Ham, D. ..............................WC-1-2 

Hamabe, M. ......................WA-30-4 

Hamakhan, I. ......................TA-31-7 

Hamakhan, I. ......................TA-37-2 

Hamid, E. ............................MA-6-4 

Hamid, E. .......................... MB-15-5 

Hamidi, S. ...........................WA-6-5 

Hamilton, A. .......................TB-37-3 

han, j. .................................TB-29-6 

Han, J. ........................... ThC-11-12 

Han, J. ............................. ThC-10-7 

Han, S. .............................. WB-29-7 

Han, T. ..............................WC-20-1 

Hancock, R. ......................MA-4-17 

Harada, H. ........................WC-16-9 

Harpin, A. ......................... WB-5-12 

Hartung, A. .........................FB-27-3 

Harvey, J. ..........................ThB-12-6 

Harvey, S. .......................... WB-31-4 

Haselbach, F. .................... ThA-30-6 

Hashmi, A. ....................... ThC-12-7 

Hashmi, A. ........................ThB-12-6 

Hassa, C. ..........................ThB-5-13 

Hassa, C. ............................FA-4-16 

Hassan, I. ............................FA-11-3 

Hassan, O. ..........................FA-11-3 

Hathaway, M. .................. ThC-34-2 


137

Hathaway, M. .......................TA-1-6 

Hawryluk, A. .......................TA-19-1 

Hayami, H. ..........................WA-9-4 

Hayasaka, Y. ..................... WB-22-2 

Hayashi, K. ......................... ThA-6-8 

Hayashi, S. ........................ WB-4-18 

Haynes, C. ..........................ThB-6-6 

He, A. .................................WC-5-8 

He, L. ..................................TA-34-5 

He, L. ..................................FB-11-7 

He, L. ................................. TC-11-5 

He, L. ..............................WC-10-14 

He, Z. ..................................TA-31-7 

He, Z. ............................... ThC-25-5 

Hecker, P. ............................FA-21-1 

Hecklau, M. ......................WC-29-9 

Heidmann, J. .................. ThC-11-12 

Heidmann, J. ...................... TC-11-5 

Heinichen, F. .................... ThA-29-2 

Heiniger, K. .........................TB-32-4 

Heinz, C. .......................... ThA-26-2 

Heinze, J. ............................FA-4-16 

Heinze, J. ..........................ThB-5-13 

Held, T. ............................. MB-20-4 

HELLER, D. ........................FA-10-11 

Hemchandra, S. ................WC-4-14 

Hemsley, P. ....................... ThA-22-3 

Hendershot, J. ...................WA-10-8 

Henderson, G. ................WC-15-10 

Hendrick, P. .......................WC-19-7 

Hendricks, E. .........................FB-1-4 

Hendricks, G. ....................FA-29-15 

Heneka, C. ......................... TC-11-5 

Hennings, H. ..................... MB-28-1 

Henry, R. .............................WA-9-4 

Hepperle, N. .......................TA-15-1 

Herbinet, O. ..................... ThC-4-33 

Herbon, J. ......................... MB-4-32 

Herbst, F. .......................... WB-31-4 

Hergt, A. .............................FB-29-8 

Hermle, G. ..........................TB-32-4 

Hernanz-Manrique, J.........ThB-1-12 

Herndon, S. ...................... MB-4-32 

Herszage, A. .......................TA-4-38 

Hertweck, G. ....................WA-33-1 

Hervy, F. ............................ WB-4-18 

Heselhaus, A. .................... MB-10-4 

Heuer, T. .............................TB-33-5 

Heuer, T. ........................... MB-18-2 

Heyes, A. ......................... ThC-6-10 

Heyes, A. ......................... ThC-6-10 

Heyes, A. ..............................TB-2-3 

Hibberd, S. ............................TA-1-6 

Hiernaux, S. ........................FB-29-8 

Higuchi, S. ......................... ThA-6-8 

Hildebrandt, A. ................. MB-33-4 

Hildebrandt, A. .................WC-33-7 

Hill, S. .................................TB-4-26 

Hiller, S. ........................... ThA-29-2 

Hills, N. ............................. WB-12-5 

Himeno, T. ..........................FA-1-11 

Hiner, S. ..............................TA-15-1 

Hipsky, H...........................ThB-33-2 

Hiradate, K. ....................... TC-34-1 

Hiradate, K. ........................ MB-9-3 

Hirano, T. ..........................WA-32-5 

Hirsch, C. ............................TB-28-3 

Hirsch, C. ..........................WC-4-14 

Hirsch, C. .......................... WB-4-18 

Hlous, J. ........................... ThC-26-3 

Hochgreb, S. .....................WC-4-11 

Hockaday, B. ...................... TC-5-10 

Hodges, D. ......................... TC-37-8 

Hodson, H. ...................... ThA-30-6 

Hodson, H. .......................WC-12-4 

Hodson, H. .....................WC-10-14 

Hodson, H. .......................WC-29-9 

Hoefler, F. ..........................MA-10-1 

Hoeger, M......................... WB-34-6 

Hoenisch, P. ..................... ThA-26-2 

Hofbauer, A. .................... ThA-26-2 

Hofer, D. .......................... ThC-32-1 

Hogg, S. ...........................WA-32-5 

Hogg, S. ...........................ThB-12-6 

Hogg, S. ........................... WB-32-6 

Hohl, A. ............................ThB-26-1 

Hoke, J. ............................ WB-34-6 

Holbrook, G. ...................... TC-33-9 

Holley, B..............................TA-34-5 

Hollon, B. ............................TB-4-28 

Holm, T. ..............................WA-9-4 

Holst, T. ............................ WB-5-12 

Holton, M. ..........................MA-3-1 

Honami, S. ..........................FA-30-8 

Hong, H. ...........................WC-20-1 

Hong, J. ..............................FA-27-1 

Hong, J. ............................MA-24-2 

Hong, J. ..............................FB-27-3 

Hong, W. ......................... ThC-6-10 

Hook, R. ...........................MA-4-24 

Hoover, R. ........................... WB-1-9 

Horiguti, Y. ....................... MB-34-7 

Horikawa, A. .......................TB-4-39 

Horikawa, A. ..................... WB-4-18 

Hosseini, S. ........................ ThA-5-6 

Hosseini, S. ....................... MB-28-1 

Houdeville, R. ................... ThC-13-2 

Hsu, D. .............................WA-24-3 

Hsu, D. ............................ ThC-6-10 

Hsu, K. ..............................WA-24-3 

Hu, B. .................................TA-4-38 

Hu, B. .............................. ThA-4-22 

138 

Session Participation Index 

Hu, C. .................................FB-21-2 

Hu, L. ................................ WB-18-7 

Hu, S. ...............................TB-30-11 

Hu, S. ............................... MB-10-4 

Huang, K. ...........................TA-18-3 

Huang, K. ...........................WA-6-5 

Huang, K. ...........................FB-26-5 

Huang, W. ....................... ThC-6-10 

Huang, W. ........................MA-4-17 

Huang, W. ....................... ThC-6-10 

Huang, W. ........................ WB-4-27 

Huang, X. .......................... TC-16-8 

Huang, X. .........................WC-16-9 

Huang, X. ......................... MB-16-1 

Huang, X. .......................MA-31-11 

Huang, Y.......................... ThA-4-22 

Huang, Y...........................MA-4-17 

Huang, Y...........................ThB-5-13 

Huang, Y...........................WA-24-3 

Huang, Y.............................TA-4-38 

Hubinka, J. ........................ WB-34-6 

Hudson, R. ......................... TC-16-8 

Hughes, C. ....................... ThC-1-15 

Hughes, K. ............................TA-3-2 

Hughes, P. ...........................TB-18-4 

Huh, M. ........................... ThC-10-7 

Hulme, C. ...........................FA-21-1 

Humber, W. ....................WC-11-10 

Hunter, A. .............................TA-9-1 

Huppertz, A. .....................WC-29-9 

Hurst, A. ........................... WB-5-12 

Hustad, C. ........................WC-19-7 

Hustad, C. ............................FA-6-1 

Hutchinson, B. .................. MB-31-5 

Hwang, Y. ...........................TA-17-3 

Ibaraki, S. ............................FA-33-8 

Ifrim, C. ........................... ThA-19-8 

Igie, U. ..................................TA-6-2 

Igoe, B. .............................MA-4-24 

IKI, N. .................................ThB-6-6 

Ilott, J. ............................... TC-30-5 

IM, H. .................................TB-28-3 

In, B. ...................................TA-17-3 

INANLI, S. .........................WA-11-9 

Indriolo, V. ........................ MB-25-1 

Ingham, D. ......................WC-11-10 

Ingham, D. ......................ThB-11-11 

Ingham, D. ........................MA-4-17 

Ingham, D. ........................ WB-4-27 

Ingistov, S. ........................ MB-15-5 

Ingram, G. ........................ThB-37-7 

Ingram, G. ....................... ThC-37-9 

Ingram, G. ..........................FA-30-8 

Ingram, G. ........................WA-32-5 

Ingram, G. ........................WC-30-7 

Innocenti, L. ........................TB-12-2 

Innocenti, L. ......................WC-12-4 

Inoue, H. .......................... ThA-4-29 

Ireland, P. ....................... ThC-11-12 

Irrazabal Bohorquez, W. ...... WB-8-3 

Iseler, J. .............................WC-29-9 

Ishida, M. ............................WA-9-4 

Ishii, T. ................................WC-1-2 

Ishii, T. ................................FA-1-11 

Ishikawa, S. ........................ ThA-8-2 

Ishikawa, S. ...........................TB-8-1 

ISHIYAMA, T. ......................MA-1-1 

Islam, T. ............................WC-30-7 

Issakhanian, E. ................... TC-11-5 

Itabashi, Y. ........................WA-16-2 

Ito, E. ....................................TB-8-1 

Ivanova, E. ........................MA-4-30 

Iwai, S. ................................FB-32-7 

Iwamoto, K. ........................TA-11-4 

Iwamoto, K. ...................... WB-10-9 

Iwasaki, Y.......................... WB-32-6 

Iyengar, V. .........................ThB-37-7 

Iyengar, V. .......................ThB-31-12 

Iyengar, V. ......................... WB-20-5 

Iyengar, V. ...........................FB-21-2 

Iyengar, V. ......................... WB-18-7 

Iyengar, V. .........................WA-19-4 

Jaatinen, A. .........................TB-33-5 

Jaatinen, A. ...........................TB-7-1 

Jackson, A. .........................TA-37-2 

Jackson, A. .......................ThB-1-12 

Jacquet, G. .........................FA-27-1 

Jadaan, D. .............................TB-2-3 

Jafari, S. ........................... ThA-37-5 

Jagannathan, S. ............. ThA-10-17 

Jahn, I. .............................. MB-12-1 

Jain, N. .............................WC-26-4 

Jakiel, C. ........................... MB-33-4 

James, S. .......................... ThC-4-33 

James, S. .......................... ThC-4-10 

James, S. ........................... MB-4-34 

James, S. ...........................WA-19-4 

janczewski, j. ......................FA-4-25 

Janicka, J. ...........................FA-4-16 

Janke, E. ...........................WC-12-4 

Janke, E. .......................... ThA-30-6 

Jankowski, R. ......................FA-4-25 

Janssen, J. ...................... ThC-16-12 

Janus, B. .......................... ThA-4-22 

JAUBERT, J. ...........................TA-3-2 

Jauregui, J. ..........................FB-21-2 

Javed, A. ...........................MA-33-3 

Javiya, U. .......................... WB-12-5 

Jean, P.................................FA-27-1 

Jefferies, R. ...................... ThC-1-15 

Jenkins, S. .........................WA-32-5 

Jennions, I. ..........................MA-5-5 

Jenny, P. ..............................TA-30-3 

Jeong, K. ........................... TC-25-3 

Jericha, H. .........................WC-19-7 

Jeschke, P. .........................WC-33-7 

Jeschke, P. ......................... MB-34-7 

Jeschke, P. .......................... TC-30-5 

Jeschke, P. ........................ ThA-34-8 

Jeschke, P. ........................ ThC-34-2 

Jeschke, P. ........................ ThA-29-2 

jeyashekar, N.......................FA-1-10 

jeyashekar, N.......................MA-3-1 

Ji, Y. ..................................MA-18-1 

jianfei, Y............................WC-24-7 

Jiang, H. .............................TB-11-6 

Jiang, H. .............................FB-11-7 

Jiang, L. .............................. WB-3-5 

jiang, l. ...............................FA-4-16 

jiang, l. ............................... WB-1-9 

Jiazeng, L. .........................FB-10-13 

Jimenez, J. ........................MA-34-4 

Jin, D. ............................... MB-29-5 

Jin, H. ...............................WC-20-1 

Jin, H. ............................... MB-29-5 

JIN, J. ............................... ThA-4-22 

Jin, L. ................................ WB-4-27 

Jin, T. ................................WC-16-9 

Jinji, G. .............................WC-24-7 

Jo, C. ................................WC-16-9 

Jo, C. ................................ WB-16-4 

Jöcker, M. ...........................TB-20-2 

Jodoin, B. .......................... MB-16-1 

Johann, E. ...........................TA-23-2 

Johansson, M. ...................TB-30-11 

John, J. ...............................ThB-8-4 

Johnson, B. .......................WC-12-4 

Johnson, C. ......................... WB-7-2 

Johnson, D. .....................WC-11-10 

Johnson, D. .......................WA-10-8 

Johnson, G. ..........................TA-1-6 

Johnson, P. ..........................TB-11-6 

Johnson, S. ........................ TC-37-8 

Joklik, R. .............................MA-3-1 

Jones, N. ...........................WA-20-3 

Jones, R. .............................MA-3-1 

Jones, T. ............................MA-33-3 

Jonshagen, K. .......................FA-6-1 

Joos, F. ..............................WA-32-5 

Joos, F. ..............................MA-32-2 

Jordan, N. ...................... ThA-10-10 

Joshi, A. ............................ThB-26-1 

Jothiprasad, G. ....................TA-23-2 

Jothiprasad, G. ..................MA-34-4 

Jothiprasad, G. .................. WB-29-7 

Joukou, S. ........................... MB-9-3 

Jubran, B. .........................MA-10-1 

Julien, S. ...........................ThB-12-6 

Jun, W. .............................MA-24-2 

Junnarkar, N......................WC-12-4 

Justin, C. .............................ThB-8-4 

K, p. ................................. WB-24-4 

Kabiraj, L. ............................ TC-4-9 

Kade, S. ............................WA-17-4 

Kadem, L. ...........................FA-11-3 

Kafafy, R. ............................MA-3-1 

Kahveci, H. .....................ThB-10-16 

Kaiktsis, L. ...........................TA-18-3 

Kakiuchi, D. ........................ MB-5-2 

Kale, A. ...............................TA-23-2 

Kalfas, A. ............................ThB-6-6 

Kalfas, A. ..........................WA-32-5 

Kalfas, A. ..........................WA-14-3 

Kalfas, A. ..........................MA-17-2 

Kalfas, A. ......................... ThC-32-1 

Kalitan, D. ......................... MB-4-32 

Kammeyer, J. .................... MB-18-2 

Kanase, M. ...........................FB-1-4 

Kaneko, Y. ........................WC-26-4 

Kang, C. ........................... WB-24-4 

Kang, S. ............................WA-20-3 

Kang, S. ............................. ThA-6-8 

Kang, S. ............................MA-14-1 

Kanjirakkad, V. ................WC-10-14 

Kannaiyan, K. .......................TA-4-4 

Kanno, T. ............................ MB-9-3 

Kanno, T. ........................... TC-34-1 

KAPAT, J. ........................ ThC-30-12 

KAPAT, J. .........................ThB-11-14 

KAPAT, J. ...........................MA-18-1 

KAPAT, J. ...........................WA-11-9 

KAPAT, J. .............................TB-11-6 

KAPAT, J. ........................ ThA-10-10 

Karalus, M. .......................WA-4-31 

Karim, H. .......................... MB-4-32 

Karimi, M. ......................... WB-6-11 

Karnahl, J.......................... WB-12-5 

Karstadt, S. .......................ThB-35-1 

Kasabov, P. ........................WA-4-31 

Kashani, R. ..........................TA-4-12 

Kashani, R. .......................... MB-4-8 

Kashinath, K. ....................WC-4-11 

Kathan, R. ............................ TC-4-9 

Kathrotia, T. ........................ThB-4-3 

Kato, D. ............................ThB-29-1 

Kato, D. ............................ MB-34-7 

Kato, D. ............................FA-29-15 

Kato, H. ............................FA-29-15 

KAWABATA, M. ..................ThB-6-6 

Kawamura, T. .................... WB-22-2 

Kazari, M. ......................... WB-11-8 

Kazawa, J. ........................ MB-34-7 

Ke, T. ................................ MB-29-5 

Keane, A. ..........................ThB-4-15 

Kearsey, R. ........................ MB-16-1 

Kellar, W. .......................... WB-31-4 

Kelleher, P. ......................... TC-1-13 

Kellner, J. ......................... ThC-26-3 

Kempf, A. .........................ThB-4-15 

Kennedy, S. .......................WA-10-8 

Keogh, P. .......................... WB-25-4 

Kermani, M. ....................MA-31-11 

Kermani, M. ........................WA-6-5 

Kern, M. .............................TB-4-39 

Kerr, D. .............................ThB-5-13 

Kesseli, J. ..........................WA-18-6 

Kesseli, J. ........................... TC-18-5 

Kestner, B. ..........................MA-5-5 

Kestner, B. ............................TB-1-7 

Kestner, B. .......................... MB-1-3 

Kestner, B. ............................TB-5-4 

Kestner, B. ......................... ThC-5-7 

Khaki Sedigh, A. ................ ThA-5-6 

Khaki Sedigh, A. ................. MB-5-2 

Khalatov, P. ........................ TC-10-6 

Khaledi, H. ......................... ThA-5-6 

Khalighi, Y. .........................WC-1-2 

Khan, J. ............................. TC-15-4 

Khandelwal, B. ......................FA-6-1 

Kharyton, V. ..................... ThC-26-3 

Khemiri, O. ....................... MB-28-1 

Khorasani, K. ........................FB-1-4 

Kibsey, M. ......................... MB-16-1 

Kick, T. ................................ThB-4-3 

Kidd, H. ............................. TC-19-3 

Kidman, D. ...........................FB-1-4 

Kiel, B. ..............................MA-4-17 

Kielb, R. ............................. TC-26-6 

Kiesow, H. ........................ WB-22-2 

Kiesow, H. ........................ WB-16-4 

Kihm, D. ............................ TC-1-13 

Kim, B. .............................. MB-24-1 

Kim, B. .............................. MB-10-4 

Kim, C. .............................. TC-25-3 

Kim, D. ...............................TB-24-6 

Kim, D. .............................. TC-25-3 

Kim, J. ..............................WC-31-9 

Kim, J. ..................................TA-6-2 

Kim, K. ...........................ThB-11-11 

Kim, K. .............................MA-14-1 

Kim, K. ...............................TA-31-7 

Kim, K. .............................WC-31-9 

Kim, K. .................................TA-6-2 

Kim, K. .............................WC-29-9 

Kim, K. .............................WC-4-11 

Kim, M. ............................. ThC-5-7 

Kim, M. ..............................WC-5-8 

Kim, S. ............................ThB-11-11 

Kim, S. .............................. MB-15-5 

Kim, T. ............................... TC-25-3 

Kim, T. ............................... ThA-6-8 

Kim, T. ............................... TC-25-3 

Kim, T. .............................. MB-25-1 

Kim, T. .............................. WB-6-11 

Kim, Y. ................................FB-11-7 

Kim, Y. ..............................WC-12-4 

Kim, Y. ..............................WC-16-9 

King, P. .............................WC-30-7 

King, P. ............................. WB-34-6 

Kinoshita, Y....................... WB-4-18 

Kinoshita, Y.........................TB-4-39 

Kirby, M. ............................. WB-1-9 

Kirchner, H. .........................FB-32-7 

Kitamura, T. ....................ThB-11-14 

Kitzmiller, K...........................TA-6-2 

Klassen, M. ........................ ThC-4-7 

Klassen, M. .......................ThB-15-7 

Klassen, M. .......................ThB-15-7 

Klassen, M. .........................MA-3-1 

Klaubert, D. ....................ThB-11-14 

Klein, A. ..............................WC-5-8 

Klein, A. ............................. ThC-5-7 

Klein, C. ............................ WB-16-4 

Klein, M. ...........................WA-15-9 

Klein, M. ...........................ThB-15-7 

Klein, M. .............................WC-3-7 

Klein, M. ...........................WA-15-9 

Klein, M. ...........................ThB-15-7 

Klingels, H. ....................... WB-22-2 

Klingemann, J. ................... TC-16-8 

Klinger, H. ...........................MA-1-1 

Klingmann, J. ......................FB-4-23 

Klingmann, J. ....................MA-4-24 

Klingshirn, C. ......................ThB-4-3 

Klingsporn, M. ................. ThC-12-7 

Klinkov, K. ........................MA-4-30 

Kloda, J. ..............................MA-5-5 

Kloetzer, A. ......................... WB-1-9 

Klusmeyer, A. ................... ThC-4-10 

Knabe, F. ............................ TC-5-10 

Knieschke, D. ......................MA-1-1 

Knobloch, K. .................... ThC-35-2 

Knoche, R. ............................TB-2-3 

Kobayashi, M. .....................TB-4-39 

Kobayashi, M. ................... WB-4-18 

Koch, D. ...............................TB-2-3 

Koch, P............................WC-11-10 

Kochar, Y. .......................... ThC-4-7 

Kochman, B. ..................... WB-5-12 

KODA, E. ............................ThB-6-6 

Kodama, H. ......................ThB-29-1 

Kodama, H. ......................FA-29-15 

Kodama, H. ...................... MB-34-7 

Koeneke, C. ........................WC-8-5 

Koeneke, C. ........................TA-15-1 

Koganezawa, T. ................. ThA-6-8 

Kogenhop, O. .................... ThA-1-5 

Köhler, M. .........................WA-4-31 

Kohli, A. ............................ TC-11-5 

Koizumi, H. ...................... ThA-4-29 

Kok, J. ..................................TA-3-2 

Kok, J. ................................TA-4-12 

Kokabi, A. .............................TB-1-7 

Kolb, E. ............................. WB-17-6 

Kolb, E. ............................. WB-17-6 

Komarek, T. ........................TA-4-12 

Komiyama, M. ................ThB-11-14 

Konakov, V. ........................ TC-18-5 

Kong, C. .............................MA-6-4 

Kong, C. .............................WA-6-5 

Kong, C. ...............................TA-6-2 

Kong, X. .............................WC-5-8 

Konnov, A. ....................... ThC-4-33 

Kopinski, S. .................... ThC-16-12 

Kopp, M. ........................... ThC-4-7 

Korakianitis, T. .................. MB-30-2 

Korakianitis, T. ....................TA-37-2 

Korakianitis, T. ....................TA-31-7 

Kortikov, N. .....................WC-11-10 

Kortshagen, U. ................. ThC-13-2 

Koshevets, S. ......................MA-3-1 

Kost, F. ............................. ThA-30-6 

kostege, v. ........................ MB-31-5 

Kosyna, G. ....................... ThA-34-8 

Koszela, W. ....................... MB-25-1 

Koul, A. ............................ WB-22-2 

Koul, A. ......................... ThA-16-10 

Koutsothanasis, G. ............MA-17-2 

Kozulovic, D. .....................ThB-29-1 

Kozulovic, D. ..................... WB-31-4 

Kozulovic, D. ...................... TC-30-5 

Kozulovic, D. .......................FB-30-9 

Krack, M. ............................FB-27-3 

Krain, H. ............................ TC-33-9 

Kramlich, J. ........................ TC-4-35 

Kramlich, J. .......................WA-4-31 

Krasnovskiy, Y. ................. ThC-23-1 

Krasteva, A. ........................FA-1-10 

Krebs, W. ..........................WA-4-31 

Krebs, W. ........................... TC-5-10 

Krejci, M. ........................... ThC-4-7 

Kriegesmann, B. ................ThB-26-1 

Krivonosova, V. ...............WC-11-10 

Kroeckel, T. ...................... ThA-29-2 

Kröger, D. ...........................MA-9-5 

Kröger, G. ...........................FB-29-8 

Krueckels, J. ...................... MB-11-1 

Krüger, O. ...........................FA-4-16 

Kruzic, J. ............................ TC-22-5 

Kuang, J. .......................... MB-11-1 

Kubin, Z. .......................... ThC-26-3 

Kudo, T. ..............................TB-32-4 

Kudo, T. ............................MA-24-2 

Kuegeler, E..................... ThA-31-10 

Kuegeler, E......................... TC-30-5 

Kuegeler, E........................WC-31-9 

Kuehhorn, A. ......................FA-28-5 

Kuehhorn, A. ................... ThA-26-2 

Kuerner, M. ......................WC-30-7 

Kukla, S. .............................TB-24-6 

Kulhanek, C. .......................TA-24-5 

Kulisa, P. ...........................MA-34-4 

Kulkarni, D......................... ThA-1-5 

Kumano, S. .........................WC-5-8 

Kumar, D. .........................WC-24-7 

Kumar, H. ......................... WB-16-4 

Kumar, S. .......................... MB-12-1 

Kumar, S. .......................... WB-10-9 

KUMAR, S. ..........................FB-21-2 

KUMAR, S. ........................ WB-24-4 

Kumar, V. ............................MA-5-5 

Kunte, R. ..........................WC-33-7 

Kuo, C. ...............................FA-1-11 

KURATA, O. ........................ThB-6-6 

Kuroki, H. .........................WA-16-2 

Kurosawa, Y. ..................... MB-4-32 

Kurz, R. ...............................TB-19-2 

Kurz, R. ...............................TB-19-2 

Kurz, R. .............................. TC-19-3 

Kurz, R. .............................ThB-19-9 

Kurzke, J. ............................ MB-1-3 

Kuschel, M. ....................... WB-34-6 

Kushari, D. ............................FB-4-5 

Kusterer, K. ....................... WB-11-8 

Kusterer, K. .........................TB-11-6 

Kutne, P. .......................... ThC-4-33 

Kuzdzal, M. ........................TA-28-2 

Kwan, P.................................TA-1-6 

Kwitschinski, T. .................WC-33-7 

Kwon, O. ............................FA-11-3 

Kyprianidis, K. .....................ThB-6-6 

Kyprianidis, K. .......................TB-1-7 

Laborenz, J. ........................FB-27-3 

Lacarelle, A. ...................... WB-4-27 

Lachaux, T. ....................... ThA-4-29 

Lad, B. ................................FB-11-7 

Ladisch, H. ......................... TC-11-5 

Ladwig, M. .........................ThB-8-4 

Ladwig, M. .........................WC-8-5 

Ladwig, M. .......................... TC-8-6 

Lahiri, C. .......................... ThC-35-2 

Lambart, P. ............................TA-6-2 

Lambert, T. ....................... ThC-10-7 

Lammel, O. ...................... ThC-4-33 

Lammel, O. ...................... ThA-4-22 

Lamont, J. ...................... ThA-10-10 

Lamraoui, A. ....................... MB-4-8 

Lan, J. ............................ ThA-10-10 

Landi, G. .............................ThB-8-4 

LANDIS, K. ........................WA-11-9 

LANDIS, K. ......................ThB-10-16 

Landmann, W. ..................ThB-5-13 

Lane, J. ................................ TC-2-7 

Lang, A. ..............................WA-5-1 

Lange, A. ............................TA-23-2 

Lange, L. .......................... ThC-10-7 

Langston, L. ....................... TC-1-13 

Lanza, J. ............................WA-16-2 

laranci, p. ............................ThB-4-3 

laranci, p. ..............................TA-4-4 

Lardy, P............................. ThA-19-8 

Laroche, E. ......................... TC-14-2 

Larosiliere, L. .....................WC-18-8 

Larsson, A. ........................MA-4-24 

Larsson, E. ..........................MA-5-5 

Larsson, J. .........................TB-30-11 

Larsson, L. .............................TB-1-7 

Larsson, T. ...........................FA-4-25 

Laskaridis, P. ..........................TA-6-2 

Laskowski, G. .................... WB-11-8 

Laskowski, G. ......................TA-11-4 

Laskowski, G. ................... ThC-10-7 

Laskowski, G. ..................WC-11-10 

Lauer, M. .......................... WB-4-18 

Laurien, E. ........................ ThC-13-2 

Lausten, M. ....................... MB-20-4 

Lavergne, G. ....................... MB-1-3 

Lavergne, G. .......................TB-4-26 

LaViolette, M. ...................ThB-5-13 

Lawson, S. ..................... ThA-11-13 

Laxalde, D. ........................ThB-26-1 

Laycock, R. ........................WC-10-5 

Le Clercq, P. ..........................TA-4-4 

Le Clercq, P. ......................MA-4-30 

Le Gall, H. ........................ ThC-4-33 

Le Moyne, L. .......................MA-3-1 

le Roux, F. ...........................MA-9-5 

Leal, E. ..............................MA-14-1 

Lebay, K. ...........................WA-14-3 

Lebedev, A. .....................WC-11-10 

Leblanc, C. ....................... ThC-10-7 

Lecordix, J. .......................... MB-1-3 

Lecourt, R. ..........................TB-4-26 

Ledezma, G. ...................WC-11-10 

Ledezma, G. ..................... WB-11-8 

Lee, A. .............................. MB-24-1 

Lee, C. ..................................TA-4-4 

Lee, C. ............................. ThC-6-10 

Lee, D. ................................TB-24-6 

Lee, D. .............................. MB-10-4 

Lee, D. .............................. MB-10-4 

Lee, H. ................................TB-4-28 

Lee, J. .................................. TC-4-9 

Lee, J. .............................. ThC-4-10 

Lee, J. ...............................WA-4-37 

Lee, J. .................................. TC-4-1 

Lee, K. ............................ThB-11-11 

Lee, S. .................................TA-17-3 

Lee, S. ............................... MB-15-5 

Lee, T. .............................. ThC-10-7 

Lee, Y................................. TC-25-3 

Lee, Y..................................MA-5-5 

Lefort, B. .............................MA-3-1 

Lefrancois, J. .....................ThB-12-6 

Legrand, M. ......................WC-26-4 

Legrand, M. ........................FB-27-3 

Legras, G. ........................ ThA-29-2 

Lehmann, K. ...................WC-10-14 

Lei, H. ............................... WB-18-7 

Lei, J. ................................MA-4-17 

Lei, J. ............................... ThC-10-7 

Lei, J. ................................ WB-4-27 

Lei, V. ................................ MB-33-4 

Lei, Z. ................................ThB-1-12 

Leidich, F. ............................TA-32-3 

Lele, S. ................................WC-1-2 

Lemen, D. ...................... ThA-16-10 

Lemieux, P. ......................... TC-18-5 

Lengani, D. ...................... ThA-34-8 

Lenzi, A. ........................... MB-24-1 

Leonard, G. ....................... MB-4-32 

Léonard, O. ...........................TB-5-4 

Léonard, O. .......................WC-29-9 

Lepot, I. ..............................FB-29-8 

Lerch, A. .........................ThB-11-14 

Lerche, A. ........................ ThC-26-3 

Lerche, A. ........................ ThA-22-3 

Lesser, A. ..........................WC-29-9 

Letcher, T. .........................WC-22-4 

Levy, Y. ...............................TA-4-38 

Lewis III, T. ..................... ThA-16-10 

Lewis, S. ...............................TB-8-1 

Li, C. .................................WA-24-3 

Li, H. ...................................TA-5-11 

Li, H. ................................ ThC-4-10 

Li, H. .....................................TA-4-4 

LI, H. ................................. WB-18-7 

Li, H. .................................MA-4-24 

Li, H. .............................. ThA-31-10 

Li, J. ..................................ThB-5-13 

LI, J. ....................................TB-12-2 

Li, J. ....................................TB-4-39 

Li, Q. ................................ ThC-34-2 

Li, Q. ...................................TB-29-6 

Li, S. .................................. TC-15-4 

Li, S. .............................. ThC-11-12 

Li, X. ...................................FB-11-7 

Li, Y. ...................................WA-6-5 

Li, Y. .....................................FA-6-1 

LI, Z. ...................................TB-12-2 


Li, Z. .................................MA-33-3 

Liang, W. ......................... ThC-23-1 

Liao, C. ............................. WB-24-4 

Liao, G. .......................... ThC-10-15 

Liburdi, J. ..........................TA-16-11 

Liesner, K. .......................... TC-29-3 

Liesner, K. ...........................FB-29-8 

Lietmeyer, C. .....................ThB-29-1 

Lieuwen, T. ........................ ThC-4-7 

Lieuwen, T. ...................... ThC-4-33 

Lieuwen, T. ......................... MB-4-8 

Lieuwen, T. ........................ TC-4-35 

Lieuwen, T. .......................WC-4-11 

Ligrani, P. ............................FA-11-3 

Ligrani, P. .......................... WB-11-8 

Lim, C. ........................... ThC-11-12 

Lim, S. ................................WA-6-5 

Lin, C. .............................. ThC-6-10 

Lin, R. ................................. MB-4-8 

Lin, T. ..................................MA-5-5 

Lin, T. ....................................TB-5-4 

Lin, Y. .................................TA-4-38 

Lin, Y. .................................FA-4-25 

Lin, Y. ............................... WB-4-27 

Lin, Y. .................................TB-4-39 

Lin, Y. .............................. ThA-30-6 

Linassier, G..........................TB-4-26 

Lindgren, H. ........................TA-19-1 

Lindstrom, J. ..................... MB-20-4 

Liou, T. ................................TA-10-2 

Liou, T. ............................. ThC-10-7 

Lipeng, L. ........................... TC-29-3 

Lipschutz, M. .................... WB-16-4 

Lipski, M. ............................TA-17-3 

Liu, C. ................................ TC-15-4 

Liu, C. ...............................FB-33-10 

Liu, C. .................................TB-18-4 

Liu, C. ............................ ThC-30-12 

Liu, F. ..............................ThB-31-12 

Liu, G. .................................TA-4-38 

Liu, J. ................................MA-4-17 

Liu, J. ..............................ThB-11-11 

Liu, J. ................................ WB-4-27 

Liu, J. ................................ WB-31-4 

Liu, K. ............................ ThC-11-12 

Liu, K. ...............................MA-4-24 

Liu, R. .................................TA-10-2 

Liu, R. ............................ ThC-10-15 

Liu, Y. .................................WA-3-4 

Liu, Y. ...................................FA-5-9 

Liu, Y. ................................ ThC-5-7 

Liu, Z. ............................... WB-25-4 

Liu, Z. ...............................MA-24-2 

Liu, Z. ................................ TC-25-3 

Liu, Z. ...................................TA-3-2 

LIU, Z. ................................ TC-10-6 

Liu, Z. .................................TA-24-5 

Liu, Z. .................................TA-28-2 

Loboda, I. .......................... ThC-5-7 

Loboda, I. .............................TB-5-4 

Loboda, I. ...........................WC-5-8 

Lock, G. ............................WC-12-4 

Lock, G. ............................ WB-12-5 

Lock, G. ............................. TC-12-3 

Lock, G. ............................ThB-12-6 

Loetzerich, M. .....................FA-21-1 

Logan, T. ...........................WA-32-5 

Loganathan, J. .................. MB-37-6 

Long, C. ............................. TC-12-3 

Long, C. ..............................TA-30-3 

Long, D. ..............................WC-1-2 

Long, H. ................................TA-3-2 

Long, S. ............................. TC-5-10 

Lopez, C. ............................FB-21-2 

Lopez-Parra, M. ................ WB-24-4 

Lorenz, J. ..........................WC-24-7 

Lorenz, J. ..........................MA-24-2 

Lörstad, D. ......................... TC-14-2 

Loudon, J. ...........................TA-17-3 

Lovett, J. .......................... ThC-4-10 

Lovett, J. ............................. MB-4-8 

Lowden, P. ........................MA-16-6 

Lowden, P. ........................TA-16-11 

Lowry, W. ........................... ThC-4-7 

Lozza, G. ..............................FA-6-1 

Lu, K. ................................ MB-30-2 

Lu, Y. ..................................TB-37-3 

Lubarsky, E. ...................... ThC-4-10 

Lubarsky, E. ......................... MB-4-8 

Lubbock, R. .........................TA-5-11 

Lubell, D. ............................TA-18-3 

Lubell, D. ..........................WC-19-7 

Lucas, T. ..............................FA-11-3 

Lückerath, R. .................... ThA-4-22 

Lueckemeyer, N...................FB-32-7 

Lukas, P. ............................. TC-22-5 

Lumpe, M. ..........................FB-29-8 

Lundbladh, A. .....................ThB-6-6 

Lundrigan, J. ....................... MB-4-8 

Luo, H. ................................TB-37-3 

Luo, H. ............................. ThA-26-2 

Luo, J. ............................ ThA-10-17 

Luo, J. .............................ThB-31-12 

Luo, M. .............................. TC-15-4 

Luo, M. .......................... ThC-30-12 

Luo, S. .............................. WB-4-27 

Luo, S. ..............................MA-4-17 

Luo, W. .............................MA-4-17 

Lurie, E. ............................ MB-33-4 

Lyall, M. ............................WC-30-7 

Lyko, C. ..............................TA-34-5 

M, S. ...................................FB-30-9 

Ma, L. ...............................MA-4-17 

Ma, L. ............................... WB-4-27 

Ma, T. ...............................ThB-4-15 

Ma, T. ...............................MA-18-1 

Ma, W. .............................. TC-29-3 

Ma, Y. .................................FA-27-1 

ma, y................................. WB-18-7 

Ma, Y. .................................FB-27-3 

Ma, Z. .................................TB-20-2 

Maalouf, M. ....................... ThA-5-6 

Macfarlan, K. ........................TB-7-1 

Machry, T. .............................TB-2-3 

MacIsaac, G. ...................... TC-30-5 

Mack, M. ..........................WA-30-4 

MacPherson, R. .................WA-32-5 

Macquisten, M. ................... MB-4-8 

Macquisten, M. .................WC-4-11 

Madadi, A. ......................MA-31-11 

Madavan, N. .........................TA-1-6 

Madavan, N. .................... ThC-1-15 

Madden, P........................... MB-4-8 

Magara, Y. ........................ MB-24-1 

Magara, Y. ........................WA-28-4 

Magnani, S. ......................WA-37-4 

Magni, F. .............................FA-4-25 

Mahallati, A. ..................... WB-31-4 

Mahallati, A. .....................ThB-1-12 

Mahfoud, J. ......................WC-24-7 

Mahfoud, J. ...................... WB-24-4 

Mahle, I. .............................FB-30-9 

Mahle, I. .............................TA-30-3 

Mahmood, T. ....................ThB-1-12 

Mahmoud, M. ..................WC-31-9 

Mai, H. ............................. MB-18-2 

Maier, J. .............................. WB-7-2 

Mailach, R. ........................FA-29-15 

Maiuolo, F. ........................MA-14-1 

MAKIDA, M. ...................... TC-14-2 

Malandra, A. .......................FA-30-8 

Malandra, A. ..................... MB-30-2 

Malavasi, F. ...................... ThC-12-7 

Malek, J. ........................ ThC-16-12 

Mallinson, T. .......................MA-3-1 

Malloy, R. .......................... MB-37-6 

Malte, P.............................WA-4-31 

Mandal, B. ........................WA-20-3 

Mandal, B. ..........................FA-4-16 

Manenc, P. ........................ MB-28-1 

Manetti, M. ......................WA-22-1 

Mangani, L. ....................... TC-33-9 

Mangelsdorf, M. .............. ThC-1-15 

Manrique Carrera, A. ........MA-4-24 

Manrique Carrera, A. ..........TB-4-28 

Mansour, A. ........................TB-4-28 

Mansouri, M. ......................WA-3-4 

Mantel, K. ......................... MB-25-1 

Manwaring, S. ................... TC-26-6 

Maravilla Herrera, C. .......... ThC-5-7 

Marchegiani, A. ....................TA-9-1 

Marconcini, M. ...................FA-33-8 

Marconcini, M. .................FB-33-10 

Marconcini, M. .................ThB-35-1 

Marcu, B. ..........................WA-28-4 

Marini, A. ........................ ThA-4-29 

Marini, R. ..........................ThB-12-6 

Marinov, S. .........................TB-4-39 

Maritano, M. ..................... TC-14-2 

Maritano, M. ................. ThC-11-12 

Marks, C. ..........................WA-30-4 

Marn, A. .......................... ThA-34-8 

Marshall, A. ..................... ThC-4-33 

Mart, S. ............................WC-10-5 

Martel, C. ......................... MB-28-1 

Martelli, F. ........................ ThA-4-29 

Martens, S. .........................WC-1-2 

Martensson, H. .................WA-28-4 

Martin, A. ...........................TB-20-2 

Martinez-Botas, R. ............WA-33-1 

Martinez-Botas, R. ............WC-18-8 

Martinez-Botas, R. ............FB-10-13 

Martinez-Botas, R. ............ThB-33-2 

Martinez-Botas, R. ............MA-33-3 

Martinez-Lucci, J. .............. WB-10-9 

Martucci, A. ........................WC-5-8 

Masada, J. ............................TB-8-1 

Masala, A. ........................ WB-25-4 

Maslen, E. ...........................TA-24-5 

Masri, A. ...............................FB-4-5 

Masserey, P..........................FB-27-3 

Masserey, P....................... ThC-32-1 

Massoli, P. ........................... WB-3-5 

Mastorakos, N. ...................FB-4-23 

Mastromatteo, F. .................TA-19-1 

Mathew, S. .......................WA-11-9 

Mathison, R. ...................WC-10-14 

Mathison, R. ...................ThB-10-16 

Matsuda, K. ......................FA-29-15 

Matsumura, Y. ................... ThA-8-2 

Matsushita, O. ..................MA-24-2 

Matsuura, K. ..................... WB-4-18 

Matsuyama, R. .................. WB-4-18 

Matsuyama, R. ....................TB-4-39 

Matthews, W. ...................MA-18-1 

Matthews, W. ...................MA-18-1 

Matyschok, B. ...................ThB-35-1 

Matzgeller, R. ....................FA-29-15 

Maunus, J. ........................WA-31-2 

Mauri, S. ............................ TC-33-9 

Mavris, D. ........................... MB-1-3 

Mavris, D. .............................TB-1-7 

Mavris, D. ...........................MA-5-5 

Mavris, D. ...........................WC-5-8 

Mavris, D. .......................... ThC-5-7 

Mavris, D. ...........................ThB-8-4 

Mavris, D. .......................... ThA-1-5 

May, M. ..............................TB-28-3 

Mayer, C. ......................... ThA-4-29 

Mayer, J. .............................TA-32-3 

Mayorca, M. .....................WA-28-4 

Mazaheri, K. .........................TB-1-7 

Mazdeh, A. .........................TA-4-12 

MAZUR, Z. ........................ MB-39-2 

Mazzucca, L. ....................... MB-9-3 

McAndrews, G. .................MA-17-2 

McBean, I. ......................ThB-31-12 

McCaffrey, M. ...................... TC-2-7 

McCartan, C. ....................WC-18-8 

McClain, S. .........................FA-11-3 

McClain, S. ...........................TB-7-1 

McClain, S. .......................WC-10-5 

McCurdy, M. .......................FA-1-10 

McCusker, K. .................... WB-12-5 

McDonell, V. .....................WC-4-11 

McDonell, V. .......................TB-4-26 

McDonell, V. .......................TB-18-4 

McDonell, V. .......................TB-4-28 

McDonell, V. ...................... TC-4-35 

McEligot, D. ..................... ThC-13-2 

mcfetridge, e. ...................WA-17-4 

McGlashan, N. ................. ThC-6-10 

McGlashan, N. ................. ThC-6-10 

McGuirk, J. .......................WC-4-14 

McIntosh, J. ......................WA-32-5 

McKinney, R. .....................WC-4-36 

McKinney, R. .......................TA-4-12 

McKinney, R. ..................... MB-4-34 

McLaughlin, D. ...................FA-1-11 

McManus, K. ....................... TC-4-9 

McManus, K. ................... ThC-4-10 

McManus, K. ....................WC-4-11 

McMullan, W. ................... WB-31-4 

McQuilling, M. ..................WC-30-7 

Meador, C...................... ThA-10-17 

Medic, G. ............................FA-33-8 

Meeks, E. ........................... ThC-4-7 

Mehdi, A. .......................... TC-29-3 

Meher-Homji, C. ...............WA-15-9 

Meher-Homji, C. ................ TC-15-4 

Meier, K. ...........................MA-10-1 

Meier, U. .............................FA-4-16 

Meier, U. ...........................ThB-5-13 

Meier, W. ......................... ThC-4-33 

Meier, W. ..........................WA-4-31 

Meier, W. ......................... ThA-4-22 

Meisner, R. .......................... MB-5-2 

Meisner, R. .......................... MB-5-2 

Meisner, R. ......................... ThC-5-7 

Melani, A. ......................... MB-28-1 

Melina, G. ......................... MB-25-1 

Melino, F. ........................MA-15-11 

Melino, F. ........................MA-15-11 

Melino, F. ............................TB-19-2 

Memmott, E. ......................TA-24-5 

Mendonca, F. ......................TB-33-5 

Mendoza, E. .........................TB-5-4 

Mengistu, T. ........................FB-29-8 

Menon, S. ......................... MB-4-34 

Menon, S. ......................... MB-4-34 

Menon, S. .........................MA-4-17 

Merchant, A. ................... ThC-31-1 

Mersinligil, M. .....................TA-5-11 

Meskin, N. ............................FB-1-4 

Metcalfe, W. ...................... ThC-4-7 

Metzler, T. ........................ ThC-34-2 

Meyer, M. ......................... MB-28-1 

Meyer, R. ............................FB-29-8 

Meyer, R. ........................... TC-29-3 

Miake-Lye, R. .................... MB-4-32 

Michelassi, V. ..................... TC-33-9 

Michelassi, V. ......................TA-28-2 

Micio, M. ............................TB-12-2 

Micio, M. ..........................WC-12-4 

Miclea-Bleiziffer, M. ........... ThC-9-2 

Miclea-Bleiziffer, M. ............ MB-9-3 

Miglietti, W. ....................... TC-16-8 

Miglietti, W. ...................... WB-16-4 

Miglietti, W. ......................WA-16-2 

Miglietti, W. ......................WA-16-2 

mikami, n. ..........................WC-5-8 

Mikhail, A. ......................... TC-37-8 

Millan, P. ............................ TC-14-2 

Millar, R. ...............................FA-5-9 

Miller, F. ................................TA-6-2 

Miller, R. .......................... ThA-34-8 

Milliken, A. .........................TA-23-2 

Milliken, A. ...................... ThA-23-3 

Minniti, S. ......................... MB-25-1 

Miranda Carrillo, R. ........... WB-18-7 

MirzaMoghadam, A. ........ ThA-23-3 

MirzaMoghadam, A. ......... WB-12-5 

MirzaMoghadam, A. ........ ThC-12-7 

MirzaMoghadam, A. ...... ThC-11-12 

Misal, R. ............................ MB-39-2 

Misek, T. .......................... ThC-26-3 

Mishra, R. ......................... MB-39-2 

Mital, S. .............................. WB-2-6 

Mital, S. ..............................TA-23-2 

Miura, H. .......................... MB-24-1 

Miura, H. ..........................WA-28-4 

Mⁿcke, R. ............................FB-26-5 

Moeck, J. ..........................WA-4-37 

MOHAMED, W. ....................TA-6-2 

Moin, P. ..............................WC-1-2 

Mokulys, T. .........................TB-32-4 


Mokulys, T. .......................MA-32-2 

Moliere, M. ......................... WB-3-5 

Moliere, M. ...........................TA-3-2 

Moliere, M. .......................FA-10-11 

Mondragon, U. .................WC-4-11 

Monfort, J. .......................... MB-4-8 

Moniz, T. ...............................FB-1-4 

Montalvo-Catano, G. ......... TC-15-4 

Monteleone, L. ................... MB-9-3 

Montes, J. .......................... TC-29-3 

Montgomery, M. ...............WC-30-7 

Montgomery, T................. TC-19-10 

Montis, M. ........................WA-30-4 

Moon, H. ..........................MA-14-1 

Moon, H. ....................... ThA-10-17 

Moon, H. ..........................WC-12-4 

Moon, H. .......................... WB-11-8 

Moon, H. ............................FA-11-3 

Moon, H. .......................... MB-11-1 

Moore, J. .......................... WB-25-4 

Moore, J. ......................... ThC-26-3 

Moore, J. ..........................WA-19-4 

Moore, J. ......................... ThA-22-3 

Moore, J. ..........................WC-19-7 

Mora, A. ...........................WC-33-7 

Moran, J. ............................ MB-4-8 

Moran, J. ..............................TA-4-4 

Mori, G. ............................WC-4-14 

Morin, C. ............................MA-3-1 

Morini, M. ..........................TB-19-2 

Morini, M. ..........................MA-9-5 

Morini, M. ........................WC-20-1 

Morioka, N. ........................ MB-5-2 

Morris, M. ......................... WB-12-5 

Morris, P..............................FA-1-11 

morris, s. .............................ThB-4-3 

Morrison, C. .......................FB-27-3 

Morscher, G. ....................... WB-2-6 

Morvan, H. ...........................TA-1-6 

Morvan, H. .......................ThB-12-6 

Mosbach, T. ........................FB-4-23 

Mosbach, T. ......................MA-4-30 

Mosbach, T. ..........................TA-4-4 

Moser, N. ..........................WA-32-5 

Motosuke, M. .....................FA-30-8 

Moverare, J. ........................TA-19-1 

Moyroud, F..........................TA-28-2 

Moyroud, F..........................FA-28-5 

Mücke, R. ......................... MB-39-2 

Mueller, B. ..................... ThC-16-12 

Mueller, L. ......................... WB-34-6 

Mueller, M. .......................MA-4-24 

Mueller, M. .......................WA-4-31 

Mueller, N. ..........................TB-29-6 

Mujezinovic, A. ................ ThC-32-1 

Mujezinovic, A. ................. WB-32-6 

Mujezinovic, A. ................. WB-32-6 

Mukherjea, S. .....................FA-4-16 

Mukhopadhyay, S. ............WA-20-3 

Müller, E. ............................WA-5-1 

Müller, M. .........................WA-33-1 

Müller, M. ........................ ThA-29-2 

Muñoz de Escalona, J. .......WC-20-1 

Muñoz, A. ........................WA-32-5 

Munson, R. .......................MA-16-6 

Murakami, I. ..................... WB-32-6 

Murakami, T. .......................WA-9-4 

Murari, S. .......................... WB-31-4 

Murata, A. ..........................TA-11-4 

Murata, A. ........................ WB-10-9 

Mureithi, N. ......................WA-28-4 

MUROOKA, T. .....................MA-1-1 

Murphy, B. ........................WC-24-7 

Murphy, B. ........................MA-24-2 

Murray, R. .........................MA-17-2 

Murthy, P. .............................FA-6-1 

Musch, C. ...........................TB-32-4 

Myers, G. ..........................MA-4-24 

Myers, G. ............................TA-4-38 

Myouren, C. ...................... ThA-6-8 

Mze-Ahmed, A. ................. ThC-4-7 

Naboulsi, S. ...................... ThC-23-1 

Naderi, E. ..............................FB-1-4 

Naesvall, H. .........................TB-4-28 

Nagai, K. .............................WC-1-2 

Nagel, Z. .............................WC-1-2 

Nagy, D. ............................. TC-16-8 

Naik, C. ............................. ThC-4-7 

Naik, S. .............................FA-10-11 

Naik, S. .............................MA-10-1 

NaikTari, C. ...........................FB-1-4 

Nakamata, C. ................. ThA-11-13 

Nakamata, C. .................... WB-10-9 

Nakamata, C. ......................TA-11-4 

NAKAMURA, H. ................WA-16-2 

NAKAMURA, N. ................. TC-14-2 

Nakano, S. ......................... ThA-6-8 

Nakano, T. ....................... ThC-34-2 

Naldi, L. ............................WA-22-1 

Narayan, S. .........................TA-11-4 

Narita, M. ......................... MB-24-1 

Narita, M. .........................WA-28-4 

Narzary, D. ..................... ThC-11-12 

NASIR, A. ..............................TA-6-2 

Natarajan, J. ..........................TB-8-1 

Natkaniec, C. .................... MB-18-2 

Natole, R. ........................... ThA-8-2 

Natsui, G. ...........................TB-11-6 

Nayeri, C. .......................... MB-37-6 

Ned, A. .............................ThB-5-13 

Ned, A. ............................. WB-5-12 

Nelson, J. ............................TA-23-2 

Nelson, R. .......................... TC-22-5 

Nelson, R. .........................WA-22-1 

Nelson, R. .........................ThB-22-6 

Neumeier, Y. .........................TB-1-7 

Newby, M. ........................ MB-15-5 

Newby, M. ..........................MA-6-4 

Newman Jr., D. .................. TC-22-5 

Newman, A. .......................FA-11-3 

Newman, S. ......................MA-17-2 

Ng, W. .............................. MB-30-2 

Ng, W. ................................FA-30-8 

Ng, W. ................................FA-11-3 

Nguyen, M. .......................ThB-25-6 

Ni, R. ..............................WC-11-10 

Nichols, B. .........................WA-37-4 

Nichols, J. .........................WA-17-4 

Nicholson, B. ..................... MB-24-1 

Nicke, E. ...........................WC-31-9 

Nicke, E. .............................FB-29-8 

Nicke, E. .......................... ThC-31-1 

Nie, C. ............................... TC-34-1 

Niehuis, R. ........................MA-11-2 

Niehuis, R. ........................WC-29-9 

Niehuis, R. ........................WA-30-4 

Niizeki, Y. ..........................MA-32-2 

Nikitopoulos, D. ................ MB-34-7 

Nikolakopoulos, P. ...............TA-18-3 

Nikpour, B. ........................ MB-33-4 

Nilberto, A. .......................... TC-4-9 

Nili-Ahamadabadi, M. ...... ThC-31-1 

Nili-Ahmadabadi, M. .......MA-31-11 

NING, W. .......................... WB-32-6 

Nipkau, J. ............................FA-28-5 

Nirmalan, N. .................... ThC-10-7 

Nirmalan, N. .......................TA-5-11 

Nishida, S. ......................... WB-10-9 

Nishida, S. ...........................TA-11-4 

Nishimura, Y. ........................TB-8-1 

Nishioka, T. ........................ TC-34-1 

Nishioka, T. ......................... MB-9-3 

Nitsche, W. .......................WC-29-9 

Nitsche, W. .........................FB-29-8 

Nitzsche, F. ..........................TB-28-3 

Nitzsche, F. ..........................FB-26-5 

Nix, A. ........................... ThA-11-13 

Nix, A. ................................WA-1-8 

Nix, A. ............................. ThC-37-9 

Noble, D. ............................ MB-4-8 

Noble, D. ......................... ThC-4-33 

Noiray, N. ..........................WC-4-11 

Nolcheff, N. ....................... TC-29-3 

Noll, B. ............................. ThC-4-33 

Noll, B. ..............................MA-4-30 

Nomura, R. .........................ThB-6-6 

Nored, M. ...........................TB-19-2 

Novinzadeh, A. .................WA-18-6 

Novosselov, I. ....................WA-4-31 

Nowak, D. ..........................FA-4-25 

Nowak, G. ........................ MB-39-2 

Nowak, I. .......................... MB-39-2 

NOZAKI, O. ........................ TC-14-2 

NOZAKI, O. .........................MA-1-1 

Nucara, P.............................TB-29-6 

nuernberger, d. ................. WB-31-4 

O’Brien, W. .........................FA-1-10 

O’Brien, W. ........................ TC-15-4 

O’Connor, J......................... MB-4-8 

O’Connor, J.......................WC-4-11 

O’Connor, J.......................... TC-4-9 

Oda, T. ................................TB-4-39 

Oda, T. .............................. WB-4-18 

Oda, Y. ...........................ThB-11-14 

O’Dowd, D. ....................WC-10-14 

Oehlert, K. ........................ThB-29-1 

Ogaji, S. ................................TA-6-2 

Ogata, H. .......................... WB-4-18 

Ogata, H. ............................TB-4-39 

Ogata, T. ...........................WC-22-4 

OGUNTADE, H. ...............WC-11-10 

OGUNTADE, H. ...............ThB-11-11 

Oh, J. ..................................TB-33-5 

Ohno, S. ...............................TB-8-1 

Oinuma, H. .........................WC-1-2 

Oishi, T. ...............................WC-1-2 

Oishi, T. ...............................FA-1-11 

Okabe, A. .........................MA-24-2 

Okada, I. ...............................TB-8-1 

Okada, R. ............................FA-1-11 

Okita, N. .............................FB-32-7 

Okita, Y...............................TA-11-4 

Okita, Y............................. WB-10-9 

Okita, Y.......................... ThA-11-13 

Okui, H. ............................ MB-29-5 

Olausson, H. .......................TA-19-1 

oldfield, m. .........................TA-5-11 

Olhofer, M. .......................WC-31-9 

OLIVERO, M. .....................MA-33-3 

omri, M. ...........................WA-33-1 

OOBA, Y. ............................MA-1-1 

OOBA, Y. ............................WC-1-2 

OOBA, Y. ............................FA-1-11 

Opilat, V. .............................FB-30-9 

Orawannukul, P................ ThC-4-10 

Orikasa, H. ........................FB-33-10 

Orth, U. ............................ MB-29-5 

Osborne, C. ........................TB-33-5 

Osnaghi, C. .......................WC-33-7 

Ostanek, J. ........................WA-10-8 

Ott, P. .................................FA-28-5 

Ottavy, X. ........................... TC-34-1 

Ottavy, X. ........................... TC-29-3 

Ottavy, X. ............................TA-5-11 


Ottavy, X. ......................... ThA-29-2 

Ottino, G. .......................... TC-14-2 

Ottino, G. ......................... MB-25-1 

Oumejjoud, K. ................... TC-14-2 

Oumejjoud, K. ....................WA-3-4 

Ovcharenko, V.....................TA-4-38 

Overman, N. ........................ TC-4-1 

Owen, A. .......................... MB-12-1 

Owen, J. ...........................WC-12-4 

Owen, J. ...........................WC-12-4 

Owen, J. ............................ TC-12-3 

Oyori, H. ............................. MB-5-2 

Ozawa, K. ........................... MB-5-2 

Ozawa, N. ......................... WB-22-2 

Ozcan, M. .......................... ThC-5-7 

Pabla, S. ............................ MB-16-1 

Pachidis, V. ......................... TC-29-3 

Pachidis, V. ........................ MB-29-5 

Pachidis, V. ............................TA-6-2 

Padova, C. ..........................TB-37-3 

Padova, C. ....................... ThC-37-9 

Padova, C. ........................WC-26-4 

Padture, N. .......................WC-10-5 

Padzillah, M. .....................WC-18-8 

Paganini, E. ...................... ThA-4-29 

Pagenkopf, U. .....................WC-8-5 

Palestra, N. ........................ TC-15-4 

Pallot, G. ...........................FA-29-15 

Palmé, T. ............................ ThC-5-7 

Palmé, T. .............................WC-5-8 

Pan, Y. ..............................WC-20-1 

Panchal, K. ..........................FA-30-8 

Panchal, K. ........................ MB-30-2 

Panda, R. ............................TB-10-3 

Panek, P. .......................... ThC-26-3 

Paniagua, G. ...................... TC-5-10 

Paniagua, G. .................... ThC-13-2 

Paniagua, G. .................... ThA-34-8 

Paniagua, G. ...................ThB-10-16 

Panning, L. ........................WC-26-4 

Panning, L. ..........................FB-27-3 

Panning, L. ........................ThB-26-1 

Panov, V. ............................. MB-5-2 

Pantaleo, A. ..........................TB-3-3 

Pantangi, P. .........................FA-4-16 

Paolanti, R. .......................WA-22-1 

Paolini, C. ........................... WB-7-2 

Papadopoulos, C. ................TA-18-3 

Paradiso, B. ...................... ThA-34-8 

Paradiso, B. ....................... WB-34-6 

Parchem, R. ...................... MB-28-1 

Parchem, R. ....................... TC-22-5 

Park, J. ..............................MA-14-1 

Park, J. .............................. MB-10-4 

Park, K. ............................ ThC-31-1 

Parry, A. ........................... ThC-35-2 

Partida-Santos, F. ............... TC-30-5 

Parulekar, P. ........................WA-3-4 

Pascazio, G. ..................... ThA-37-5 

Paschereit, O. .................... MB-37-6 

Paschereit, O. ......................FA-4-16 

Paschereit, O. .................... WB-4-27 

Paschereit, O. ......................TB-4-28 

Paschereit, O. ....................WA-4-37 

Pastor, G. ..........................ThB-12-6 

Pastor, G. ..........................WA-31-2 

Pastor, G. ......................... ThC-31-1 

Patil, S. .............................FB-10-13 

Patil, S. .............................. TC-14-2 

Patterson, J. ........................TA-17-3 

Patterson, J. ......................WA-17-4 

Paul, J. ..............................ThB-22-6 

Paul, M. ............................. TC-1-13 

Pawlus, P. .......................... MB-25-1 

Pearson, D. .......................MA-17-2 

Pechlivanoglou, G. ............ MB-37-6 

Peck, J. ............................. MB-4-32 

Pecnik, R. ..........................MA-33-3 

Pedretti, C. ......................... WB-8-3 

Peduto, D. ........................ThB-12-6 

Peifer, S.............................. TC-19-3 

Peitsch, D. ........................ ThC-35-2 

Peitsch, D. ...........................TA-34-5 

Pekris, M. .......................... MB-12-1 

Pelnar, J. .............................MA-9-5 

Peluso, S. ............................. TC-4-9 

Pelz, P. ..............................ThB-35-1 

Peng, C. ..............................FA-28-5 

Peng, C. ............................MA-24-2 

Peng, C. ............................WA-28-4 

Peng, H. ............................MA-24-2 

Peng, J. .............................MA-4-17 

Peng, S. ............................WC-20-1 

Pengue, F. ...........................FB-32-7 

penin, v. ............................MA-34-4 

Pennacchi, P. .................... ThA-22-3 

Pennacchi, P. .....................WA-24-3 

Pennacchi, P. ..................... WB-24-4 

Pentz, A. .......................... ThC-23-1 

Perdichizzi, A. .....................TA-11-4 

Perdichizzi, A. ................ ThC-11-12 

Perdichizzi, A. .................... TC-15-4 

Peretto, A. ..........................TB-19-2 

Perez-Blanco, H. ................ MB-37-6 

Pérez-Hernández, E. .......... MB-39-2 

Pernpeintner, M. ............... WB-4-18 

Persico, G. ........................WC-33-7 

Persico, G. ..........................FA-33-8 

Persico, G. ........................WA-18-6 

Peschiulli, A. .......................TB-4-39 

Peschiulli, A. .......................TA-4-12 

Pesiridis, A. .......................WC-18-8 

139

Petersen, E. ........................ ThC-4-7 

Peterson, B. ...................... MB-16-1 

Petrov, E............................. TC-26-6 

Petrov, E..............................FA-27-1 

pezzini, p. ...........................ThB-6-6 

Pfefferle, D. ...................... MB-12-1 

Pfister, T. ........................... WB-5-12 

Phibel, R. ..........................ThB-25-6 

Phillips, S. ...........................TB-24-6 

Phillipsen, B. .................. ThC-30-12 

Piazzesi, R. ..........................TB-18-4 

Piazzola, R. .........................TB-4-26 

Pickering, S. ..........................TA-1-6 

Piechna, J. ...........................TB-29-6 

Pierre, C. ...........................WC-26-4 

Pike, L. .............................. WB-16-4 

Pilatis, N. ............................. MB-4-8 

Pilet, J. ................................ MB-1-3 

Pilidis, P. ..............................MA-6-4 

Pilidis, P. ............................ MB-15-5 

Pilidis, P. ............................ThB-1-12 

Pilidis, P. ................................TA-6-2 

Pinelli, L. ...........................ThB-35-1 

Pinelli, M. ........................MA-15-11 

Pinelli, M. ............................WA-9-4 

Pinelli, M. ............................ WB-3-5 

Pinelli, M. ............................TB-19-2 

Pinelli, M. ..........................WC-20-1 

Pinelli, M. ............................MA-9-5 

Pinelli, M. ............................ MB-9-3 

Pinelli, M. ............................TB-19-2 

Ping, W. ......................... ThC-30-12 

Pinilla, V. .........................ThB-10-16 

Pint, B. ..............................MA-18-1 

Pint, B. .............................. WB-16-4 

piroozi, a. ...........................WA-6-5 

Pittaluga, F. .......................... TC-4-9 

Plana, V. ..............................TA-5-11 

Plana, V. ............................ WB-4-18 

Podeschi, E. ........................ MB-9-3 

Poehler, T. .......................... TC-30-5 

Poinsatte, P. ....................... TC-11-5 

Poitras, P. ............................FA-1-10 

Polanka, M. ......................WA-14-3 

Polanka, M. ......................MA-14-1 

Poli, F. ...............................ThB-35-1 

Polifke, W. ..........................TA-4-12 

Polklas, T. ..........................MA-32-2 

Pompoli, F. .......................... MB-9-3 

Pönick, S. ..........................ThB-29-1 

Ponomaryov, V. ...................WC-5-8 

Ponticelli, S. ........................FB-26-5 

Popovic, I. .........................WC-12-4 

Popovic, P............................TB-4-39 

Porumbel, I. ........................TA-31-7 

Pountney, O. ...................... TC-12-3 

Pourhasanzadeh, M. .......... TC-18-5 

Pourkashanian, M. ..........WC-11-10 

Pourkashanian, M. ............MA-4-17 

Pourkashanian, M. ..........ThB-11-11 

Pourkashanian, M. ................TA-3-2 

Pourkashanian, M. ............ WB-4-27 

Pourquie, M. .....................MA-4-17 

Poursadegh, F. ................. ThC-31-1 

Povey, T. ............................WA-14-3 

Povey, T. ............................ MB-30-2 

Povey, T. ..........................ThB-10-16 

Povey, T. ..............................FB-30-9 

Powers, G. ........................ MB-25-1 

Prade, B. ........................... MB-4-32 

Prade, B. ...........................WA-4-37 

Pradurat, J. .......................ThB-19-9 

Praisner, T.......................... MB-30-2 

Praisner, T......................... ThA-30-6 

Prasad, B. ....................... ThC-10-15 

Prasad, B. ............................FB-30-9 

Prasad, B. ............................TB-10-3 

Prasad, J. ......................... ThC-34-2 

Prasad, J. ..............................FA-5-9 

Prasad, J. ............................ MB-5-2 

Prchlik, L. ......................... ThC-26-3 

Prior, M. ............................. ThA-1-5 

PRIVAT, R. .............................TA-3-2 

Prociw, A. ......................... WB-4-27 

Provenza, A. .......................FB-27-3 

Provenza, A. .......................TA-24-5 

Provenzale, M. ....................TA-19-1 

Providakis, T. .......................FA-4-25 

Prus, G. .............................MA-17-2 

Pucher, G. .........................MA-14-1 

Puduppakkam, K. .............. ThC-4-7 

Pueblas, J. .........................ThB-12-6 

Puente, R. ........................ ThA-34-8 

Puggina, N. .........................TB-19-2 

Pullan, G. ........................... TC-34-1 

Pullan, G. ............................TA-30-3 

Pullan, G. ....................... ThC-11-12 

Pullen, K. ..............................TB-2-3 

Punwani, D. ....................WC-15-10 

Punwani, D. ....................WC-15-10 

Putchkov, I. ...................... ThC-23-1 

Pysmennyi, D. .................... TC-10-6 

Qi, D. ................................FB-33-10 

Qi, S. ..................................TA-18-3 

Qian, D. ..............................TA-24-5 

Qin, G. ..............................FB-33-10 

Qin, H. ..............................MA-4-17 

Qin, N. ..............................WA-31-2 

qingzhong, m. .................. MB-39-2 

Quail, F. ..............................TB-37-3 

Quay, B. ........................... ThC-4-10 

Quay, B. ............................... TC-4-9 

140 


Quay, B. ............................WA-4-37 

Quinkertz, R. .....................MA-32-2 

Quinkertz, R. .......................FB-32-7 

Qureshi, I. .......................ThB-10-16 

Qureshi, I. .........................WA-14-3 

R, P. ....................................FB-21-2 

R, R................................... MB-39-2 

Rabs, M. .......................... ThC-12-7 

Rachner, M. ......................MA-4-30 

Rachner, M. ......................ThB-4-15 

Raciti Castelli, M. ..............WA-37-4 

Racz, Z. ............................... WB-2-6 

Raddatz, M. ....................... TC-22-5 

Radespiel, R. .....................ThB-29-1 

Rajabian, M. .....................ThB-33-2 

Rajendran, V. ................. ThC-11-12 

Rajendran, V. ................... ThC-10-7 

Rajkumar, V. ...................... WB-16-4 

Rajoo, S. ...........................WC-33-7 

Rajoo, S. ...........................ThB-33-2 

Raju, S. ............................. WB-16-4 

Rallabandi, A. ................ ThC-11-12 

Ramadan, O. .......................TB-18-4 

Ramakrishnan, K. ................TA-28-2 

Raman, S. ............................ TC-4-9 

Ramar, P. ............................ ThA-1-5 

Ramsden, K. .........................TA-6-2 

Ramtahal, S. .........................TA-9-1 

Ransom, D. .......................MA-37-1 

Ransom, D. ....................... WB-25-4 

Ransom, D. .....................ThB-19-14 

Ransom, D. .......................MA-37-1 

Ransom, D. .......................WC-19-7 

Rao, A. .............................MA-4-17 

Rao, J. .................................FA-21-1 

Rao, Y. .............................. WB-10-9 

Rashidi, D. ....................... ThA-37-5 

Ratto, L. ............................. TC-14-2 

Rätz, H. ............................. MB-18-2 

Rau, D. ............................. MB-39-2 

Raval, A. ...........................WA-37-4 

Ravelli, S. ............................TA-11-4 

Ravelli, S. ..........................WA-11-9 

Ravindranath, R. ...............FA-29-15 

Razinsky, E. .................... ThA-10-17 

Reale, F. ..............................TB-18-4 

Reed, G. ........................... MB-17-5 

Regina, K. .........................WA-14-3 

Rehder, H. .........................MA-34-4 

Rehder, H. ...................... ThC-11-12 

Rehill, B. .......................... ThC-13-2 

Reichstein, G. ....................WC-30-7 

Reiger, P. ............................ TC-5-10 

Ren, J. .................................TB-11-6 

Ren, J. .................................FB-11-7 

Renard, E. ......................... WB-25-4 

Ressing, H. ..........................TB-24-6 

Restemeier, M. ................. ThA-34-8 

Retze, U. .............................FB-27-3 

Rezaienia, M. ......................TA-37-2 

Rezaienia, M. ......................TA-31-7 

Rezvani, R. ......................... ThC-5-7 

Rhoden, B. ............................FA-5-9 

riahi, a. ............................. WB-12-5 

riahi, a. .......................... ThC-11-12 

riahi, a. .............................. TC-11-5 

Ribi, B. ................................TA-28-2 

Riccio, G. ......................... ThA-4-29 

Richards, S. .........................TA-28-2 

Richecoeur, F. ....................ThB-5-13 

Richecoeur, F. ...................... MB-4-8 

Richer, P. ........................... MB-16-1 

Richter, C. ........................ ThA-26-2 

Richter, T. ........................WC-15-10 

Ricklick, M. .................... ThA-10-10 

Ricklick, M. .................... ThC-30-12 

Ricklick, M. .........................TB-11-6 

Ricklick, M. .......................MA-18-1 

Ricklick, M. .....................ThB-11-14 

Riedel, U. ........................... ThC-4-7 

Riedel, U. ............................ThB-4-3 

Ries, T. ................................TA-34-5 

Rinaldi, C. .........................WA-16-2 

Rindone, F. ........................ MB-25-1 

Ripamonti, L. ......................TB-32-4 

Rispoli, F. ........................... MB-34-7 

Rispoli, F. ...............................TA-9-1 

Rist, U. ................................TA-34-5 

RK, g. ............................... WB-24-4 

Roberts, H. ........................... TC-2-7 

Roberts, R. ..........................MA-6-4 

Roberts, W. .........................TB-29-6 

Robinson, A. .................... ThC-35-2 

Robinson, C. .....................WC-33-7 

Robinson, C. ...................... TC-33-9 

Robitu, M. ......................... ThC-9-2 

Roby, R. ..............................MA-3-1 

Rodgers, C. ........................ TC-18-5 

Rodgers, C. .......................MA-33-3 

Rodi, W. ............................FA-10-11 

Roehle, I. ..........................MA-34-4 

Roehle, I. ....................... ThC-11-12 

Roemer, M. .........................TB-23-4 

Rofka, S. .............................WA-6-5 

Rogerson, J. ..................... ThA-22-3 

Rolling, A. .............................TB-7-1 

Rolling, A. ........................... WB-7-2 

Rolt, A. .............................ThB-29-1 

Rolt, A. .................................TA-1-6 

Romagnoli, A. ...................ThB-33-2 

Romagnoli, A. ...................WC-18-8 

Romanelli, G. .................... MB-25-1 

Romanelli, M. ...................WA-22-1 

Romano, M. ..........................FA-6-1 

Romanov, A. ...................... ThA-1-5 

Romanov, D. .....................WA-10-8 

Romanov, V. ....................... TC-10-6 

Romero, E. ........................ WB-11-8 

Romoser, C. ........................TB-4-39 

Romualdez, L. ................... MB-16-1 

Rosa do Nascimento, M. ... WB-18-7 

Rose, M. .............................TA-34-5 

Rose, M. .............................TA-30-3 

Rose, M. ...........................WC-30-7 

Rosentsvit, L. .......................TA-4-38 

Roshani Moghaddam, E. .....TA-30-3 

Ross, D. ............................WA-22-1 

Rossi, N. ........................... ThA-4-29 

Rossi, V. ............................WA-22-1 

Rossi, V. ............................ MB-24-1 

Rossi, V. ..............................FB-26-5 

Roumeliotis, I. .......................TA-6-2 

Rouser, K. ...........................MA-1-1 

Rouser, K. ......................... WB-34-6 

Rowen, B. .............................TB-8-1 

Roy, B. ........................... ThC-30-12 

Roy, R. ..............................WC-12-4 

Rubechini, F. .....................WC-31-9 

Rudloff, L. ......................... WB-25-4 

Rudrapatna, N. ................. MB-16-1 

Ruedel, U. .........................WA-14-3 

Ruedel, U. ...................... ThA-10-10 

Ruelke, C. ......................... MB-29-5 

Ruggiero, E. ...................... MB-12-1 

Ruggiero, E. ........................TB-12-2 

Rupp, J. ............................WC-4-11 

Rusch, D. ..........................MA-33-3 

Ryon, J. ................................ TC-4-1 

Ryu, J. ............................... MB-15-5 

Ryu, K. ................................TB-24-6 

Ryu, K. ................................TA-18-3 

Sabatino, D. ..................... ThC-13-2 

Sabatino, D. ........................TA-34-5 

Sadeghi, F. ........................ MB-25-1 

Sadiki, A. ............................FA-4-16 

Sadiki, A. ..............................FB-4-5 

Sadique, J. ........................MA-34-4 

Sadr, R. .................................TA-4-4 

Saeki, H. ...........................MA-32-2 

Saha, A. ......................... ThA-10-10 

Saha, K. ............................FB-10-13 

Saha, R. ............................WC-24-7 

Saharin, S. ..........................MA-3-1 

Sahinkaya, M. .....................TB-24-6 

Saito, H. ..............................TA-11-4 

Saito, H. ............................ WB-10-9 

Saito, I. ............................. WB-32-6 

Sakaguchi, D. ......................WA-9-4 

Sakai, E. ..........................ThB-11-14 

Sakakibara, K. .....................TB-32-4 

Sakurai, S. .........................MA-24-2 

Salamah, S. ...........................TA-9-1 

Salameh, T. ....................... MB-10-4 

Salar, A. ............................. ThA-5-6 

Salles, L. ..............................FA-27-1 

Salomon, M. .......................WC-3-7 

Salomon, M. .........................TA-3-2 

Salomon, M. .......................WC-3-7 

Salvini, C. ........................... ThA-5-6 

Salvitti, G. .......................... TC-15-4 

Samarasinghe, J. ...............WA-4-37 

Sämel, T. ............................ TC-11-5 

Sammak, M. .........................FA-6-1 

Sampath, S. ...................... MB-4-32 

Samudrala, O. ................... MB-12-1 

Samuelsen, S. .....................TB-4-26 

San Andres, L. .....................TA-24-5 

San Andres, L. .....................TB-24-6 

San Andres, L. .................... TC-25-3 

San Andres, L. .................. ThC-25-5 

Sánchez, D. .......................WC-20-1 

Sánchez, D. .......................WA-32-5 

Sánchez, T. ........................WC-20-1 

Sánchez, T. ........................WA-32-5 

Sander, F. ............................WA-6-5 

Sanders, D. ...........................TB-1-7 

Sanderson, V. ....................MA-4-24 

Sangan, C. ......................... TC-12-3 

Sangl, J. ........................... ThA-4-29 

Sanjay, S. ............................FB-32-7 

Sankar, L. ......................... ThC-37-9 

Sankar, L. ........................ThB-31-12 

Sankar, L. ........................... TC-37-8 

Sankar, L. ..........................ThB-37-7 

Sankaran, S. ....................... TC-33-9 

Santavicca, D. ...................... TC-4-1 

Santavicca, D. ...................WA-4-37 

Santavicca, D. .................. ThC-4-10 

Santavicca, D. ...................... TC-4-9 

Santner, C. ........................ WB-34-6 

Santos, I. .............................TB-25-2 

Sanz, W. ...........................WC-19-7 

Sanz, W. ...............................FA-6-1 

Sapienza, F. .........................TA-17-3 

Saponaro, A. ..................... WB-6-11 

Sarkar, S............................MA-34-4 

Sasaki, T. ...........................WA-32-5 

Sasaki, T. .............................FB-32-7 

Sasao, Y. ...........................MA-32-2 

Sassanelli, G. ...................... TC-33-9 

Sattelmayer, T....................WC-4-11 

Sattelmayer, T....................... TC-4-9 

Sattelmayer, T.................... WB-4-18 

Sattelmayer, T......................FB-4-23 

Sattelmayer, T................... ThA-4-29 

Savage, M. ......................... TC-22-5 

Savary, N. ........................... TC-14-2 

SAVILL, M. ......................... ThA-1-5 

Saxena, P.............................TB-4-26 

Sayma, A. .........................MA-4-17 

Sayma, A. ...........................TB-29-6 

Sayma, A. ...........................TA-30-3 

Scanlon, T. ........................ WB-12-5 

Scanlon, T. ......................... TC-12-3 

Scarinci, T. ...........................WC-8-5 

Scarpato, A. ......................WC-4-14 

Scarton, H. ............................TA-9-1 

Schaber, R. ..........................FA-21-1 

Schaefer, P. .......................MA-34-4 

Schaefer, P. .................... ThC-11-12 

Schatz, M. ..........................TA-32-3 

Schatz, M. ....................... ThA-26-2 

Schatz, M. ........................MA-32-2 

Schauer, F. ......................... WB-34-6 

Schiffer, H. ....................... ThA-29-2 

Schiffer, H. ........................TB-30-11 

Schiffer, H. ........................WA-10-8 

Schiffer, H. ......................ThB-11-14 

Schilling, J. ......................... TC-1-13 

Schilp, R. .............................TA-10-2 

Schimek, S. .........................TB-4-28 

Schlatter, P. ...................... ThC-13-2 

Schleer, M. ..........................TA-28-2 

Schlinker, R. ........................WC-1-2 

Schmid, H. ......................... ThC-9-2 

Schmid, M. .......................... TC-4-9 

Schmid, W. .......................WA-33-1 

Schmierer, R. .......................TA-30-3 

Schmitz, A. ...................... ThC-31-1 

Schmitz, M. ....................... ThC-9-2 

Schmitz, M. ........................ MB-9-3 

Schmitz, M. ........................MA-9-5 

Schneider, A......................WC-31-9 

Schneider, E. .......................TA-15-1 

Schneider, O. ................... ThC-12-7 

Schneider, O. ....................ThB-12-6 

Schnieder, M. .................... MB-11-1 

Schnieder, M. ....................FA-10-11 

Schobeiri, M. .................... MB-30-2 

Schobeiri, M. ......................FB-30-9 

Schober, P. ..........................MA-1-1 

Schoenenborn, H. ...............FA-28-5 

Schoenenborn, H. ...............TB-28-3 

Schoenenborn, H. .............. TC-26-6 

Schoenenborn, H. ............ ThC-34-2 

Schrack, D. .......................WC-30-7 

Schramm, S. ..................... MB-24-1 

Schrapp, H. .........................TA-23-2 

Schroll, M. ....................... ThC-10-7 

Schroll, M. ........................FA-29-15 

Schueren, S. ......................MA-10-1 

Schuler, P. ...........................TA-30-3 

Schuller, T......................... ThC-4-10 

Schuller, T............................ MB-4-8 

Schuller, T..........................ThB-5-13 

Schuller, T..........................WC-4-14 

Schulz, A. .......................... TC-11-5 

Schulz, A. .........................ThB-33-2 

Schutte, J. .............................TB-1-7 

Schwab, S. ........................WC-30-7 

Schwaenen, M. .............. ThA-10-17 

Schwarz, P.........................WC-33-7 

Schwing, J. .......................WC-4-11 

Schwingshackl, C. ...............FA-27-1 

Sciacovelli, D. ........................TB-3-3 

Scott, C. ............................ TC-19-3 

Scott-Emuakpor, O. ...........WC-22-4 

Scotti Del Greco, A. ............ThB-8-4 

Scouflaire, P. .......................FA-4-25 

Scribben, A. ........................ WB-1-9 

Scrivani, A. ........................WA-16-2 

Seco-Soley, M. ..................WC-30-7 

Sedlmaier, J. ....................... TC-5-10 

See, C. ..............................WA-17-4 

Seghi, G. .............................ThB-8-4 

Segura, D. .......................... TC-10-6 

Seiler, M............................ThB-33-2 

Seinturier, E.......................ThB-26-1 

Seinturier, E....................... MB-28-1 

Seitzman, J. ......................ThB-5-13 

Seitzman, J. ....................... ThC-4-7 

Seitzman, J. ..................... ThC-4-33 

Sekar, B.............................MA-4-17 

Sekar, B............................ ThC-4-10 

Sekar, B............................ ThC-4-33 

Sekar, B............................ ThC-4-33 

Sekar, B................................ TC-4-1 

Sekihara, M. ..................... WB-22-2 

Sell, M. ...............................TB-32-4 

Sell, M. ...............................TB-32-4 

Sell, M. .............................WC-30-7 

Selmeier, R. ........................ TC-29-3 

Semega, K. .........................MA-5-5 

Semel, M. ........................... MB-9-3 

Semel, M. .......................... ThC-9-2 

Sen, M. ...............................FB-21-2 

Senoo, S. ............................TB-32-4 

Sequera, D. .......................WA-4-37 

Serre, J. ............................. WB-4-18 

Sethi, V. ................................FA-6-1 

Sethi, V. ............................ThB-1-12 

Seume, J. .......................... WB-31-4 

Seume, J. .......................... MB-18-2 

Seume, J. .......................... WB-34-6 

Seume, J. ..........................WC-33-7 

Seume, J. ..........................ThB-29-1 

Seume, J. ............................FB-30-9 

Severin, D. ......................... TC-10-6 

Sezal, I. .............................. TC-33-9 

Shafagh, I. ............................TA-3-2 

Shafer, L..............................ThB-4-3 

Shah, P. ............................ ThC-35-2 

Shah, P. .............................WA-17-4 

shah, s. ...............................FB-26-5 

Shahhosseini, M. ...............ThB-33-2 

Shahpar, S.........................WA-31-2 

Shakariyants, S. ................. WB-18-7 

Shamekhi, V. .........................TB-1-7 

Shan, P. ...............................TB-29-6 

Shanbhogue, S. ................... TC-4-1 

Shankar, S. ..................... ThA-16-10 

Shankara, P. ......................WC-10-5 

Shankaran, S. ......................TA-31-7 

Sharma, O. .........................FA-33-8 

Sharma, O. ...................... ThC-1-15 

Shcherbik, D. ................... ThC-4-10 

Sheard, G. ......................... ThC-9-2 

Sheard, G. .......................... MB-9-3 

Sheard, G. ............................TA-9-1 

Sheelavant, K. .....................FA-21-1 

sheikh movaghar, A. .........WA-18-6 

Shejale, G. ........................WA-22-1 

Sheldon, J. ..........................TB-37-3 

Shen, M. ...........................WC-22-4 

Shen, X. ............................ MB-37-6 

Sheng, N. ............................TB-12-2 

Shepherd, D. ...................WC-15-10 

Sherbaum, V. ......................TA-4-38 

Shetty, P. .............................TB-24-6 

Shevchuk, I. ................... ThC-10-15 

SHI, L. .................................TB-12-2 

SHI, Y. ............................... WB-18-7 

Shiau, T. ............................ WB-24-4 

Shiau, T. ..............................FB-26-5 

Shiba, T. ............................WA-30-4 

Shibashita, N. ......................TB-32-4 

Shibukawa, N. ....................TA-32-3 

Shibukawa, N. ..................MA-32-2 

Shibukawa, N. ..................WA-32-5 

Shibukawa, N. .................. WB-32-6 

Shields, J. .......................... WB-17-6 

Shields, J. .......................... WB-17-6 

Shih, H. ...............................TB-18-4 

Shih, T. ........................... ThC-10-15 

Shih, T. .............................. MB-10-4 

Shih, T. ............................... TC-14-2 

Shilling, N. ........................... TC-8-6 

Shimodaira, K. .................. WB-4-18 

Shimodaira, K. .................. MB-4-32 

Shin, D. .............................WC-4-11 

Shinkawa, Y. ....................... MB-9-3 

Shiohata, K. ......................MA-24-2 

Shiraiwa, H. ....................... ThA-6-8 

Shojaeefard, M. ..................WA-6-5 

Shroll, A. .............................. TC-4-1 

Shukla, R. ...................... ThC-30-12 

shyam, v. .......................... MB-30-2 

Sibilli, T. ............................. ThA-1-5 

Siddappaji, K. ................... ThC-31-1 

Siddique, W. .................. ThC-10-15 

Sidwell, T. ...........................TB-4-28 

Siebenhofer, P. ....................WA-5-1 

Sieverding, F. .......................TA-32-3 

Sigfrid, I. .............................FB-4-23 

Sigfrid, I. ...........................MA-4-24 

Sihler, C. ........................... MB-24-1 

silingardi, a. ..........................TB-8-1 

silingardi, a. ....................... ThA-8-2 

Silivestru, V. ........................TA-31-7 

Siller, U. ............................WC-31-9 

Silva Lora, E. .......................WA-3-4 

Silva Ortiz, P. .......................WA-3-4 

Silva, F. ................................MA-6-4 

Sim, K. ............................... TC-25-3 

Simens, M. ........................MA-34-4 

Simin, N. .........................WC-11-10 

Simmons, B. ..........................TB-3-3 

Simmons, H. .......................FB-21-2 

Simmons, H. .................... ThC-37-9 

Simmons, H. ...................... TC-37-8 

Simmons, H. .....................WA-19-4 

Simmons, K. .........................TA-1-6 

Simon, D. ........................... ThC-5-7 

Simon, D. ..............................TB-5-4 

Simon, T. ........................ ThA-10-17 

Simon, T. .......................... ThC-13-2 

Simonetti, F. ........................TA-4-12 

Simonetti, F. ........................TB-12-2 

Simons, D. ..........................TB-4-39 

Simowitz-Price, A. ............ ThC-35-2 

Simpson, A. ....................... TC-33-9 

Sims-Williams, D. ................FA-30-8 

Singh, G. ..........................MA-32-2 

Singh, G. ......................... ThA-22-3 

Singh, R. ...............................FA-6-1 

Singh, R. ........................... MB-29-5 

Singh, R. .............................WA-6-5 

Singhal, S. ......................... WB-24-4 

Sinha, A. ...........................ThB-26-1 

Sinha, N. .............................FA-1-11 

Sinha, S. ...........................WC-26-4 

Sinha, S. ...........................WA-24-3 

Sipöcz, N. ...........................WA-3-4 

Sirakov, B. .........................ThB-33-2 

Sirica, S. .............................. MB-5-2 

Sirica, S. ............................. ThC-5-7 

Sirica, S. .............................. MB-1-3 

SITARAM, N. .......................FB-30-9 

Sivagnanasundaram, S. ...... TC-33-9 

Sivagnanasundaram, S. ..... MB-33-4 

Sivalingam, S. .................. ThC-6-10 

Sivashanmugam, V. .........MA-31-11 

Siw, S. ............................ ThC-10-15 

Siw, S. ............................... WB-10-9 

Siyong, L. ....................... ThC-30-12 

Sjolander, S. ...................... MB-30-2 

Sjolander, S. ....................... TC-30-5 

Slabaugh, C. .................. ThA-10-10 

Slavinskaya, N. ................... ThC-4-7 

Slefarski, R. .........................FA-4-25 

Slepski, J. .......................... WB-32-6 

Slogar, G. ..........................MA-17-2 

Sloof, B. ..............................TA-19-1 

Sloof, B. ............................. TC-19-3 

Slottner, P. .......................... TC-22-5 

Slottner, P. .........................ThB-22-6 

Slottner, P. .........................WA-22-1 

Smialek, J. .........................MA-18-1 

Smith, A. ..........................WA-14-3 

Smith, A. ............................FB-30-9 

Smith, H. ............................ MB-9-3 

Smith, H. ........................... ThC-9-2 

Smith, J. ......................... ThA-16-10 

Smith, J. ............................ MB-16-1 

Smith, L. .............................. TC-4-1 

Smith, M. ............................MA-5-5 

Smith, N. ........................... TC-34-1 

Smith, S. ...............................FB-4-5 

Smythe, C. ........................WC-33-7 

Snyder, T. ..........................WC-4-36 

Snyder, T. ......................... ThA-4-22 

Soechting, F. .......................TA-11-4 

Solano, J. ........................ThB-10-16 

Solomon, W. .....................WA-30-4 

Sondak, D. ........................WA-31-2 

Sondergaard, R. ................WA-30-4 

Sondergaard, R. ................ WB-34-6 

Sondergaard, R. ................WC-30-7 

Song, J. .............................. TC-25-3 

Song, L. ......................... ThA-31-10 

Song, L. ............................. TC-10-6 

Song, P............................. ThC-25-5 

Song, P................................TA-31-7 

Sonoda, T. .........................WC-31-9 

Spakovszky, Z. .................. ThC-34-2 

Spakovszky, Z. .................. ThC-35-2 

Spakovszky, Z. ...................ThB-35-1 

Spallina, V. ............................FA-6-1 

Spano, E. ..........................ThB-35-1 

Spataro, R. ..........................FA-30-8 

Spelling, J. ..........................TB-20-2 

Spence, S. .........................WA-33-1 

Spence, S. .........................WC-18-8 

Spence, S. .........................ThB-33-2 

Spence, S. ......................... MB-33-4 

Spina, P. ..............................TB-19-2 

Spina, P. ..............................WA-9-4 

Spitsyn, V. ......................... MB-15-5 

Spitsyn, V. .......................... TC-10-6 

Spliethoff, H. ................... ThC-6-10 

Spode, C. ..........................MA-14-1 

Sprinkle, Z. ..........................TB-29-6 

Spyropoulos, J. ....................FA-1-11 

Spyropoulos, J. ....................WC-1-2 

Spyropoulos, J. ....................WC-1-2 

Srinivasan, A. ....................MA-24-2 

Srinivasan, S. ....................... MB-4-8 

Srinivasan, S. .......................TA-4-12 

Srinivasan, S. ...................... TC-4-35 

Srinivasan, S. .......................TB-4-26 

Srinivasan, S. ..................... MB-4-32 

Srivastava, S. ..................... WB-16-4 

Sßnchez, D. ..................... ThC-6-10 

Sßnchez, D. ....................... ThA-6-8 

Städing, J. ........................ ThA-34-8 

Stalder, J. ....................... ThA-15-12 

Stalder, J. ....................... ThA-15-12 

Stamatis, A. ........................ThB-6-6 

Stanislaus, F. .....................MA-32-2 

Stankovic, B. .......................MA-6-4 

Stankovic, D. ........................ TC-4-1 

Starke, C. ..........................WA-10-8 

Starodubtsev, Y. ................ WB-32-6 

Starzmann, J. ......................TA-32-3 

Starzmann, R. .................... ThC-9-2 

Staudacher, S. .....................TA-34-5 

Staudacher, S. ..................... WB-1-9 

Staudacher, S. ...................WC-30-7 

Staudacher, S. .....................FA-21-1 

Staudacher, S. .....................TA-15-1 

Steed, R. ........................... MB-31-5 

Steele, R. ............................. TC-8-6 

Steele, R. ........................... ThC-3-8 

Steen, T. ............................WC-26-4 

Steimes, J. .........................WC-19-7 

Stein, A. ..............................TB-32-4 

Stein, A. ........................... ThA-30-6 

Steinberg, A. .....................MA-4-30 

Steinthorsson, E. .................TB-4-28 

Stevens, C. ......................... TC-1-13 

Stewart, C. ........................ TC-22-5 

Stieger, R. .............................TA-1-6 

Stoakes, P............................TB-10-3 

Stöhr, M........................... ThA-4-22 

Stöhr, M............................MA-4-30 

Stöhr, M........................... ThC-4-33 

Stöhr, M............................WA-4-31 

Stokes, M. ......................WC-10-14 

Stollenwerk, S. ..................WC-31-9 

Stopper, U........................ ThA-4-22 


Storer, J. ............................WA-37-4 

Story, D. ................................TA-9-1 

stow, s. ...............................FB-4-23 

Strakey, P. ...........................TB-4-28 

Streb, H. ........................... WB-4-18 

Striebich, R. ........................ThB-4-3 

Ström, L. ...........................TB-30-11 

strzelecki, a. ..........................TB-3-3 

Stueer, H. ............................TB-32-4 

Stueer, H. ......................... ThA-26-2 

Stueer, H. ............................TA-34-5 

Stuttaford, P. .......................TB-4-39 

Stuttaford, P. .......................ThB-4-3 

su, m. ................................ ThC-5-7 

Subramanian, V. ................ MB-31-5 

Subramaniyan, A. ...............TA-23-2 

Sudarev, A. ........................ TC-18-5 

Suder, K. .......................... ThC-35-2 

Suga, T. ...............................FB-32-7 

Sugimoto, T. ..................... WB-11-8 

Sugimura, K. ....................... MB-9-3 

Sugiyama, Y. ..................... WB-22-2 

Sullivan, S. ........................WA-18-6 

Sultanian, B. .......................TB-12-2 

Sultanian, B. .................. ThA-10-17 

Summerside, I. ..................WA-16-2 

Sumser, S. .........................ThB-33-2 

Sumser, S. .........................WA-33-1 

sun, j. .............................. ThC-25-5 

sun, j. ...............................ThB-35-1 

sun, j. .................................TA-31-7 

Sun, L. ................................TA-24-5 

Sun, L. ............................... TC-15-4 

Sun, P..................................TB-11-6 

Sun, P................................ WB-29-7 

Sun, Z. ................................TA-17-3 

Sunden, B. ..........................TA-10-2 

Sunden, B. ........................ MB-10-4 

Sung, C. .............................FA-4-25 

Sung, C. .............................TB-4-39 

Sung, C. ........................... WB-4-27 

Sunnam, S. ....................... WB-31-4 

Suryaninov, A. .................... TC-18-5 

Svensdotter, S. ................... TC-33-9 

Svensdotter, S. ....................TB-28-3 

Swoboda, M. ....................WC-29-9 

Syed, K. ............................... TC-4-1 

Syed, K. ............................MA-4-30 

Syred, N. .............................ThB-4-3 

Szedlmayer, M. .................WA-4-37 

Tafti, D. .............................FB-10-13 

Tafti, D. .............................. TC-14-2 

tai, J. .................................. ThC-5-7 

Takada, S. .........................MA-32-2 

Takahashi, H. ................... ThA-4-29 

TAKAHASHI, N. ................. MB-24-1 

TAKAHASHI, N. .................WA-28-4 

Takahashi, T. ...................ThB-11-14 

Takahashi, T. ...................... ThA-6-8 

Takanashi, M. ....................WA-16-2 

Takata, K. ..............................TB-8-1 

Takeishi, K. ......................ThB-11-14 

Takeishi, K. ..........................TB-11-6 

Talanker, A. .........................TA-4-38 

Talbot-Weiss, J. .................WC-18-8 

Tamaki, H. ...........................FA-33-8 

Tamaki, H. .........................MA-33-3 

Tamaki, H. .........................FB-33-10 

Tammer, A. ...........................TB-1-7 

Tan, C. ..............................WC-30-7 

Tan, C. ................................TA-4-38 

Tan, D. ................................WC-5-8 

Tan, H. ............................. ThC-6-10 

Tan, J. ...............................FB-33-10 

Tanabe, S. ...........................FA-30-8 

TANAKA, N. ........................WC-1-2 

TANAKA, N. ........................FA-1-11 

TANAKA, N. ......................WA-30-4 

Tanaka, R. ......................... WB-11-8 

Tang, C. ............................. ThA-6-8 

Tang, J. ...............................TB-37-3 

Tang, L. .............................. ThC-5-7 

Tang, Z. .......................... ThA-16-10 

Taniguchi, H. .....................FA-29-15 

Tanimitsu, H. .....................WA-30-4 

Tanuma, T. ..........................TA-32-3 

Tanuma, T. ........................MA-32-2 

Tapinassi, L. .........................FA-33-8 

Tapinassi, L. ...........................FA-5-9 

Tarantino, M. ....................ThB-37-7 

Tarar, W. ...........................WC-22-4 

Tarband Veeraraghavan, S. ..TA-4-12 

Tarchi, L. ...........................MA-14-1 

Taremi, F............................ MB-30-2 

Tartibi, M. ........................ ThA-22-3 

Tartinville, B. .......................TB-28-3 

Taslim, M. .......................ThB-11-14 

Taslim, M. ...................... ThC-10-15 

Taslim, M. ...........................TA-10-2 

Tavoularis, S. .....................TB-30-11 

Tawancy, H........................ MB-16-1 

Tay Wo Chong, L. ...............TA-4-12 

Taylor, M. ......................... ThC-1-15 

Taylor, R. ............................ TC-11-5 

Tejima, T. ........................... WB-32-6 

Templalexis, I. ..................... ThA-6-8 

Terhaar, S. ...........................TB-4-28 

Tham, K. ........................... WB-12-5 

Thatcher, R..........................MA-3-1 

Thayalakhandan, N. ............FB-21-2 

Theobald, M. ......................TA-32-3 

Therkorn, D. .......................TA-15-1 

Thern, M...............................FA-6-1 

Thiele, F. ............................ TC-29-3 

Thiele, F. ...........................WC-29-9 

Thiemann, T. .......................FB-32-7 

Thole, K. ........................... MB-11-1 

Thole, K. ........................ ThA-11-13 

Thole, K. ........................ ThA-10-17 

Thole, K. ...........................WA-10-8 

Thoma, M. ........................WA-16-2 

THOMAS, B. .......................FB-21-2 

Thomas, L. ..........................MA-3-1 

Thomas, L. ..........................TB-4-39 

Thomas, S. ............................TB-8-1 

Thompson, I. .....................WC-18-8 

Thorbergsson, E. ...................FA-6-1 

Thornburg, H. .................. ThC-4-33 

Thornhill, D. ......................WA-33-1 

Thornhill, D. ......................WC-18-8 

Thouverez, F. .................... ThC-26-3 

Thouverez, F. .......................FA-27-1 

Thouverez, F. .......................FA-27-1 

Thrift, A. ........................... MB-11-1 

Thurman, D. .......................MA-1-1 

Thurman, D. ...................... TC-11-5 

Tian, J. ............................. ThC-34-2 

Tibbott, I. ........................WC-10-14 

tieyu, G. ............................FB-10-13 

Timko, M. ......................... MB-4-32 

Titirica, D. ......................... MB-4-32 

Tittel, M. ...............................TA-1-6 

Tiwari, P. ............................. WB-3-5 

Tiwari, P. .......................... ThC-31-1 

Tiwari, P. .......................... ThC-34-2 

Tiwari, P. .......................... ThA-30-6 

tolpadi, a. ......................... MB-11-1 

Tomita, I. .............................FA-33-8 

Tomita, J. ............................MA-6-4 

Tong, M. ............................. MB-1-3 

Toni, L. ..................................FA-5-9 

Toni, L. ................................FA-33-8 

Tonon, D. ..........................ThB-25-6 

TOPRAK, S. .......................WA-11-9 

Torbidoni, L. ........................WA-6-5 

Torrance, M. .......................TB-11-6 

Torre, D. ............................. TC-30-5 

Torresi, M. ........................ ThA-37-5 

Torzo, D. ...........................ThB-35-1 

Town, J. ............................. TC-5-10 

Traficante, S. .....................WC-29-9 

Tran, L............................ ThA-10-10 

Tran, L...............................MA-18-1 

Tran, N. ...........................ThB-11-14 

Traverso, A. ........................ ThA-8-2 

Traverso, A. ........................ TC-15-4 

Traverso, A. .........................ThB-6-6 

Traversone, L. ........................TB-8-1 

Trebinjac, I. ........................ TC-34-1 

Trebinjac, I. ...................... ThA-29-2 

Triantafyllidis, A...................FB-4-23 

Trott, N. ............................... TC-4-9 

Tse, A. ................................ TC-19-3 

Tsubouchi, K. ..................... ThA-6-8 

Tsuchiya, N. .......................ThB-29-1 

Tsuchiya, N. ....................... MB-34-7 

Tsukagoshi, K. .......................TB-8-1 

Tsung, F. ............................WA-31-2 

TSUTSUMI, A. .....................ThB-6-6 

TUCCILLO, R. ......................TB-18-4 

TUCCILLO, R. ......................TB-4-26 

Tucholke, R. ......................MA-10-1 

Tucker, D. ............................ThB-6-6 

Tucker, P. .......................... ThC-35-2 

Tunstall, R. ............................TA-6-2 

Turchi, C. ..........................WA-20-3 

Turchi, C. .......................... WB-20-5 

Turchi, C. ............................TB-20-2 

Turner, K. ..........................WC-26-4 

Turner, M. ........................... WB-7-2 

Turner, M. .............................TB-7-1 

Turner, M. ........................ ThC-31-1 

Turner, M. ...................... ThA-31-10 

Turner, M. .......................ThB-31-12 

Turnquist, N. ..................... MB-12-1 

Turrini, F. .............................TB-4-39 

Turunen-Saaresti, T. ...............TB-7-1 

Turunen-Saaresti, T. .............TB-33-5 

Tushtev, K. ............................TB-2-3 

Tuthill, R..............................WC-8-5 

Tuthill, R............................MA-38-2 

Tuthill, R............................MA-38-2 

Ueda, Y. ............................WA-16-2 

Ueki, H. ..............................WA-9-4 

Ulhaq, A. ............................TA-4-12 

Unocic, K. ......................... WB-16-4 

Unocic, K. .........................MA-18-1 

Unocic, R. ......................... WB-16-4 

Untaroiu, A. ......................WA-37-4 

Urbiola-Soto, L. ................. WB-24-4 

Utriainen, E. ...................... MB-39-2 

Uzawa, S. ...........................FA-1-11 

Vaccari, A. .......................... WB-3-5 

Vahdati, M. ........................ TC-34-1 

Vahdati, M. .......................WA-28-4 

Vaisman, B. ....................... WB-12-5 

Valdes, R. ........................... TC-5-10 

Valentino, M. ....................MA-18-1 

Valentino, M. ................. ThA-10-10 

van Buijtenen, J. ................MA-33-3 

van Buijtenen, J. ................. ThA-5-6 

van Buijtenen, J. ................MA-4-17 

van den Braembussche, R. MB-29-5 

van der Hoogt, P. ..............WA-22-1 

van der Spuy, S. ..................MA-9-5 

van der Vecht, D. ................ThB-8-4 

van Esch, H. ......................MA-16-6 

van Oijen, J. ........................FA-4-16 

Van Treuren, K. ................. MB-37-6 

Van Treuren, K. .................MA-10-1 

Van Treuren, K. .....................TB-1-7 

Vandale, D. .........................TB-4-39 

Vandervort, C. ..................... TC-4-1 

Vanderwielen, T. .................TB-10-3 

VanEvery, K. ................... ThA-16-10 

Vania, A. .......................... ThA-22-3 

Vania, A. ...........................WA-24-3 

Vannini, G. ........................ WB-25-4 

Vannini, G. ....................... ThC-25-5 

Vannini, G. ....................... ThA-19-8 

Vanzante, D. .................... ThC-1-15 

Vanzante, D. ..................... MB-29-5 

Vasanthakumar, P. .............WA-28-4 

Vassiliev, V. ........................ MB-31-5 

Vauthier, J. ..........................TA-5-11 

Vazquez, R. ........................ TC-30-5 

Venema, L. ........................FA-10-11 

Venkataraman, K. .................TB-8-1 

Venkateswaran, P. ............ ThC-4-33 

Venkateswaran, P. ...............TA-4-38 

Venturini, M. .....................WA-19-4 

Venturini, M. .......................TB-19-2 

Venturini, O. .......................WA-3-4 

Venturini, P............................TA-9-1 

Verbist, M. ......................... ThA-5-6 

Versailles, P..........................FB-4-23 

Verstraete, T. ..................... MB-29-5 

Verstraete, T. .......................TB-10-3 

Verstraete, T. .................... ThA-34-8 

Vezier, C. .......................... MB-34-7 

Vick, M. ................................TB-2-3 

Vilag, V. ..............................TA-31-7 

Villeneuve, F. .......................ThB-8-4 

Vining, C. .........................ThB-1-12 

Vishwakarma, P. ..................TB-28-3 

Visser, W. ........................... ThA-5-6 

Visser, W. ........................... ThA-1-5 

Vitt, P. ............................... WB-31-4 

Vlasic, E. ...........................TB-30-11 

Vo, H. ...............................ThB-35-1 

Vo, H. ...............................WA-28-4 

Vo, H. .................................FB-4-23 

Voelker, S. ......................... MB-11-1 

Voelker, S. .......................... TC-11-5 

Vogeler, K. ........................FA-29-15 

Vogeler, K. ..........................TA-23-2 

Voges, M. ........................ ThA-29-2 

Voges, M. .........................FA-29-15 

Vogt, D. ............................ MB-28-1 

Vogt, D. ............................WA-28-4 

Vogt, H. ..............................MA-1-1 

Vogt, M. ........................... MB-18-2 

Voigt, M. ............................TA-23-2 

Voleti, G. ............................MA-5-5 

Volino, R. ......................... ThC-13-2 

Volino, R. ..........................MA-10-1 

Volkert, R. .........................WA-32-5 

Volponi, A. ..........................WC-5-8 

von Backström, T. ................MA-9-5 

von Terzi, D. ......................FA-10-11 

von Wolfersdorf, J. ............ WB-12-5 

von Wolfersdorf, J. ......... ThA-10-10 

von Wolfersdorf, J. ............MA-10-1 

Voss, C. ..............................FB-29-8 

Vunnam, K.......................... WB-1-9 

Vunnam, K........................ThB-1-12 

Wadia, A............................ TC-1-13 

Wadia, A........................... MB-29-5 

Wagner, M. .........................ThB-4-3 

Wahi, P. ............................... TC-4-9 

Wahl, J..............................WC-16-9 

Wake, B. ............................ TC-37-8 

Walker, A. .......................... TC-29-3 

Walker, A. .........................ThB-29-1 

Walker, G. ......................... WB-31-4 

Walkingshaw, J. ................WA-33-1 

Wallaschek, J. .....................FB-27-3 

Wallaschek, J. ...................ThB-26-1 

Walsh, E............................WA-10-8 

Walsh, E........................... ThC-13-2 

Wan, C. ............................ WB-10-9 

Wan, K. ............................ MB-29-5 

Wang, C. ............................FB-26-5 

Wang, C. ..............................TA-1-6 

Wang, F. ...........................MA-4-17 

Wang, F. .............................TA-4-38 

Wang, F. ............................ ThA-1-5 

Wang, F. .......................... ThA-4-22 

Wang, G. .......................... WB-25-4 

Wang, G. ..........................MA-24-2 

Wang, G. ............................TA-5-11 

Wang, G. ............................TA-18-3 

WANG, H......................... ThA-4-22 

Wang, J. .......................... ThC-23-1 

Wang, J. .............................TA-17-3 

Wang, J. .............................TA-11-4 

wang, J. ............................ MB-11-1 

WANG, J. ..........................ThB-37-7 

Wang, J. ...........................ThB-26-1 

wang, J. ..............................WA-3-4 

Wang, K. ............................TA-31-7 

Wang, K. ......................... ThC-25-5 

Wang, L. .......................... ThA-23-3 

Wang, L. .............................WA-6-5 

Wang, L. .............................TA-10-2 

Wang, L. .............................TA-23-2 


Wang, Q. ..........................MA-18-1 

Wang, Q. ............................TA-11-4 

Wang, S. .............................TA-18-3 

Wang, T. ............................ ThC-3-8 

Wang, T. ...............................TA-3-2 

Wang, T. ............................ TC-15-4 

Wang, T. .............................WA-9-4 

Wang, T. .............................TA-10-2 

Wang, T. .............................FB-11-7 

Wang, T. ........................... WB-11-8 

Wang, T. .......................... ThC-10-7 

Wang, W. ...........................TB-11-6 

Wang, X. .......................... MB-11-1 

Wang, X. ....................... ThC-10-15 

Wang, X. ..........................FB-33-10 

Wang, X. ............................TA-10-2 

Wang, X. ............................WC-5-8 

Wang, Y. ...........................WA-31-2 

Wang, Z. ...........................MA-4-17 

WANG, Z. .......................ThB-11-11 

Wang, Z. ........................... WB-4-27 

Wang, Z. ........................... WB-4-27 

Waniczek, P. ..................... ThC-34-2 

Wankhede, M. ..................ThB-4-15 

Waslo, D. ..............................FB-1-4 

Watanabe, E. ................... ThC-32-1 

Watanabe, T........................TB-28-3 

Watanabe, T........................FA-1-11 

Watson, M. .........................MA-5-5 

Watson, M. .........................TB-37-3 

Webb, J. ...........................WC-10-5 

Weber, K. .......................... WB-34-6 

Weber, S. ..........................ThB-33-2 

Wegner, B. ........................WA-4-31 

Wegner, B. ....................... ThA-4-22 

Wehe, S. .......................... ThC-4-10 

Weichert, S. ......................FA-29-15 

Weifeng, H. ...................... MB-39-2 

Weigand, B. ......................MA-10-1 

Weiland, N. .........................TB-4-28 

WEIMIN, W. ......................WC-24-7 

Weiss, J. ............................ MB-31-5 

Weiss, T. .............................FB-21-2 

Weisser, M. ....................... WB-22-2 

Weissschuh, M. ................... WB-1-9 

Welch, G. ........................ ThC-34-2 

Welch, M. ........................ TC-19-10 

Wellner, J. ...................... ThA-31-10 

wenhai, D. ........................WC-29-9 

Wensky, T. ...........................MA-1-1 

Wereszczak, A. .....................TB-2-3 

Wertz, J. ...........................WC-22-4 

Weser, S. ............................ TC-22-5 

Wey, C. ............................. MB-4-32 

Wheeler, A. ........................ TC-11-5 

Wheeler, A. .........................TA-31-7 

Wheeler, A. ....................... MB-30-2 

Whiddon, R. .......................FB-4-23 

Whiddon, R. .....................MA-4-24 

White, A. ............................TA-32-3 

Whiteman, M. .................... MB-4-8 

Whiteman, M. ......................FB-4-5 

Wiedemann, N......................TA-1-6 

Wiedermann, A. ............... MB-29-5 

Wiggs, G. ........................ ThA-23-3 

Wiggs, G. ...........................TA-23-2 

Wihler, A. ...........................WA-5-1 

Wilcox, M. ........................ WB-20-5 

Wilcox, M. ..........................TB-20-2 

Wilcox, M. ..........................TA-15-1 

Wilhelmi, C. ..........................TB-2-3 

Wilkes, J. ............................TB-25-2 

Wilkosz, B. ........................WC-33-7 

Williams, J...........................TA-37-2 

Williams, R. .......................WC-26-4 

Willie, J. ................................FB-4-5 

Wilson, C. .............................TA-3-2 

Wilson, C. .......................... ThC-4-7 

Wilson, C. ...........................WA-3-4 

Wilson, C. ...........................TB-4-26 

Wilson, M. ........................WC-12-4 

Wilson, M. ......................... TC-12-3 

Wilson, M. ........................ WB-12-5 

Wilt, K. .................................TA-9-1 

Winkler, D. ........................... TC-4-1 

Winstead, E. ..................... MB-4-32 

Wisniewski, C. ......................TB-7-1 

Wojno, J. ......................... ThC-1-15 

Wolf, E. ............................WA-4-31 

Wolf, T. ............................ ThA-30-6 

Wolf, T. .............................WC-12-4 

Wolf, T. .............................. TC-18-5 

Wolfe, C. .......................... MB-12-1 

Wolff, M. ..........................WA-30-4 

Wolfram, D. ........................ MB-9-3 

Wong, H. .......................... MB-4-32 

Wood, H. ..........................WA-37-4 

Wood, S. ........................... TC-12-3 

Woodason, R. .................... TC-30-5 

Woolderink, M. .....................TA-3-2 

Worasinchai, S. .................ThB-37-7 

Wright, L. ...........................FA-11-3 

Wright, L. .........................WC-10-5 

Wright, L. .......................ThB-11-14 

Wright, L. ...................... ThA-10-10 

Wroblewski, W. ................. MB-39-2 

Wu, C. .............................. WB-12-5 

wu, g. ............................... WB-18-7 

Wu, H. ............................MA-31-11 

Wu, J. ............................ ThC-10-15 

Wu, J. .................................TA-18-3 

Wu, Y. ............................. ThC-34-2 

Wulff, D. .......................... ThA-34-8 

Xia, H. ................................TA-4-38 

Xia, H. ............................. ThC-35-2 

Xia, Z. ............................... WB-4-27 

Xia, Z. ...............................MA-4-17 

Xiangjun, F. .................... ThC-30-12 

xiaohe, Y. ............................TB-29-6 

Xiaosong, Z. ......................WC-20-1 

Xie, D. ..............................ThB-37-7 

Xie, D. ................................TA-17-3 

Xie, F. ............................... ThA-4-22 

Xie, G. .............................. MB-10-4 

Xie, L. ...............................WC-18-8 

Xie, L. ................................ TC-25-3 

Xie, Y. ............................ ThA-10-10 

Xin, J. ...............................ThB-26-1 

XU, D. ...............................WA-33-1 

XU, D. ...............................FB-10-13 

Xu, F. ................................. TC-25-3 

Xu, G. .................................TB-4-39 

Xu, Q. .................................FA-4-25 

Xu, Q. ............................... WB-4-27 

Xu, W. ................................WA-9-4 

Xu, Y...................................TB-28-3 

Xu, Y................................. WB-10-9 

Xue, S. ................................FA-11-3 

Xue, X. ............................. WB-4-27 

Ya, Z. ................................WC-24-7 

Yadav, N. ..............................FB-4-5 

Yakhot, V. .........................WA-31-2 

Yamada, H. ........................ ThA-6-8 

Yamada, K. .........................FA-33-8 

Yamagami, M. .................. MB-34-7 

Yamagami, M. ..................ThB-29-1 

Yamaguchi, K....................WA-28-4 

YAMAMOTO, k. ..................FA-1-11 

Yamamoto, S. ...................MA-32-2 

Yamamoto, T..................... MB-4-32 

Yamamoto, Y. ...................MA-18-1 

Yamane, T. ..........................MA-1-1 

Yan, J. .................................TA-24-5 

Yan, J. ............................... WB-25-4 

Yan, Y. ..............................MA-10-1 

Yandouzi, M. .................... MB-16-1 

Yang, B. ................................TA-9-1 

Yang, F. ............................ ThA-22-3 

Yang, H.............................WA-31-2 

YANG, J. .............................TB-12-2 

Yang, J. ...........................MA-31-11 

Yang, L. ..............................TB-29-6 

YANG, M. .........................MA-33-3 

Yang, Q. ........................... MB-16-1 

YANG, R. ............................TB-12-2 

Yanhong, M. .....................MA-24-2 

yao, j. .................................TA-10-2 

Yasa, T. .............................. TC-5-10 

Yasuoki, T..........................WC-16-9 

Yelvington, P. .................... MB-4-32 

Yepifanov, S. ...................... ThC-5-7 

Yimer, I. ............................ MB-4-32 

Yoda, H.............................MA-24-2 

Yokoyama, R. .................... MB-15-5 

Yongliang, W. .....................TA-24-5 

Yoon, S. ............................MA-32-2 

Yoshida, S. ....................... ThA-4-29 

Yoshida, S. ........................ MB-4-32 

Younan, A......................... MB-25-1 

Young, A. .......................... TC-34-1 

Young, J..............................TA-32-3 

Yu, J. ................................ MB-24-1 

Yu, J. ................................WC-24-7 

Yu, L. ..................................TB-37-3 

Yu, L. ..................................TA-18-3 

Yu, Z. ................................ MB-4-32 

Yuan, X. ......................... ThA-11-13 

Yuan, X. ............................WA-11-9 

Yuan, Y. ..............................FA-4-25 

Yuan, Y. ..............................TA-4-38 

Yun, H. ............................... WB-2-6 

Yun, N. .............................MA-14-1 

Yun, S. .............................. MB-4-32 

Zabihian, F. ......................... WB-3-5 

Zabihian, F. ......................... WB-8-3 

Zachariadis, A. ................. ThC-35-2 

Zachariadis, Z. .................... ThA-1-5 

Zachary, J. .........................WA-20-3 

Zachary, J. ...........................WC-3-7 

Zachary, J. ........................... WB-8-3 

Zachary, J. ......................... MB-20-4 

Zachary, J. .......................... ThC-3-8 

Zachary, J. .........................WC-20-1 

Zachau, U. ..........................MA-1-1 

Zachos, P. .......................... MB-29-5 

Zachos, P. ..........................WA-32-5 

Zainuddin, Z. .....................WA-16-2 

Zaki, T. ............................. ThC-13-2 

Zambon, D. .......................MA-4-17 

Zanardi, A. .......................... MB-9-3 

Zanazzi, G. ..........................TB-32-4 

Zander, V. ..........................WC-29-9 

Zander, V. ............................FB-29-8 

Zang, S. ............................ WB-10-9 

Zangeneh, M. .................... TC-33-9 

Zangeneh, M. .................MA-31-11 

Zarzalis, N. ......................... TC-5-10 

Zarzalis, N. ........................WA-4-31 

Zarzalis, N. ..........................TB-4-39 

zedda, m. ...........................FB-4-23 

Zelina, J. ...........................MA-14-1 

Zelina, J. ...........................MA-4-30 

Zellhuber, M...................... WB-4-18 

Zemp, A. .............................TA-28-2 


Zeng, M. ...........................MA-18-1 

Zeng, M. .............................TA-11-4 

Zerbs, J. ............................WA-4-31 

Zha, G. ...............................TB-28-3 

Zhai, Y. ...............................FA-28-5 

Zhang, C. ....................... ThA-31-10 

Zhang, C. ............................FA-4-25 

Zhang, C. ............................TA-4-38 

Zhang, C. ........................ThB-11-11 

Zhang, D. ....................... ThA-10-10 

Zhang, D. ............................FA-27-1 

Zhang, G. ......................... WB-25-4 

Zhang, G. .......................... TC-25-3 

Zhang, H. ....................... ThC-30-12 

Zhang, H. ......................... ThC-4-10 

Zhang, J. ............................ TC-34-1 

Zhang, K. ............................TA-18-3 

Zhang, L. ............................TA-34-5 

zhang, l. ........................... MB-11-1 

zhang, l. ........................ ThA-10-17 

zhang, l. .............................FA-11-3 

Zhang, M. .........................MA-24-2 

Zhang, P. ........................ ThA-31-10 

Zhang, Q. .......................WC-10-14 

Zhang, S. ..........................WC-18-8 

Zhang, W. ...........................WA-6-5 

Zhang, X. ............................TA-18-3 

Zhang, X. ............................WA-5-1 

Zhang, X. ..........................TB-30-11 

ZHANG, X. ....................... ThC-4-10 

Zhang, Y. ..........................WA-33-1 

Zhang, Y. .......................... WB-18-7 

Zhang, Y. ..........................WC-18-8 

Zhang, Y. ..........................TB-30-11 

Zhang, Y. ..........................MA-33-3 

Zhang, Y. ..........................WA-11-9 

Zhang, Z. ......................... ThC-12-7 

Zhang, Z. ..........................ThB-35-1 

Zhao, H. ........................... ThC-6-10 

zhao, l. ...............................FB-11-7 

zhao, l. ............................. WB-11-8 

ZHAO, P. ...........................ThB-37-7 

Zhao, X. ............................ThB-35-1 

Zhao, Y. ......................... ThC-30-12 

Zheng, Q. ......................... MB-4-32 

Zheng, Q. ...................... ThC-30-12 

Zheng, Q. .......................... TC-15-4 

Zheng, Q. ......................... MB-29-5 

Zheng, Q. .......................... TC-15-4 

Zheng, X. .......................... MB-12-1 

Zheng, X. ..........................MA-33-3 

Zhigang, L. ..................... ThC-30-12 

zhiting, t. ........................... TC-34-1 

Zhong, J. ........................... WB-29-7 

Zhong, J. .............................TB-29-6 

Zhou, B. ............................ WB-32-6 

Zhou, C. .........................WC-10-14 

Zhou, D. ...........................WC-12-4 

Zhou, K. ............................WC-12-4 

Zhou, K. ............................. TC-12-3 

ZHOU, Z. ............................ ThC-3-8 

Zhu, B. ................................FB-27-3 

Zhu, D. .......................... ThC-10-15 

Zhu, F. ............................... MB-29-5 

Zhu, H. ............................ ThC-12-7 

Zhu, H. .............................FB-10-13 

Zhu, J. .................................FA-4-25 

ZHU, M. ........................... ThC-4-10 

Zhu, S. ............................. ThA-4-22 

Zhu, X. .............................. MB-33-4 

Zhu, X. .............................. MB-37-6 

Zhu, Y. .............................. MB-11-1 

Zhuge, W. ......................... WB-18-7 

Zhuge, W. .........................WC-18-8 

Zidzik, J. ..............................FA-1-11 

Zidzik, J. ..............................WC-1-2 

Ziemba, L. ......................... MB-4-32 

Zimmer, L. ...........................FA-4-25 

Zinn, B. .................................TB-1-7 

Zinn, B. ............................ ThC-4-10 

Zinn, B. ............................... MB-4-8 

Zito, D. .............................. ThA-8-2 

Zizin, A. ............................. ThC-4-7 

Zlatinov, M. .......................WC-30-7 

Zolotogorov, M. ..............WC-11-10 

Zori, L. .............................. MB-31-5 

Zotti, I. ..............................WA-37-4 

Zou, X. ........................... ThA-11-13 

Zu, Y. ................................MA-10-1 

Zuniga, A. ......................... MB-16-1 

141

142 

Technical Committee Meeting Schedule 

IGTI Technical Committee Meetings are open to all interested persons. If you wish to become involved with a committee, you 

are invited to attend its meeting. *All meetings take place at the Convention Centre unless otherwise noted. 

COMMITTEE DAY TIME ROOM 

Aircraft Engine Tuesday, June 7 5:30- 7:00 p.m. Room 109 

Ceramics (Joint with Microturbines & Small Turbomachinery) Tuesday, June 7 5:30- 7:00 p.m. Room 202/203 

Coal, Biomass & Alternative Fuels Tuesday, June 7 5:30- 7:00 p.m. Room 121 

Combustion, Fuels & Emissions Tuesday, June 7 5:30- 7:00 p.m. Room 110 

Controls, Diagnostics & Instrumentation Wednesday, June 8 5:30- 7:00 p.m. Room 204 

Cycle Innovations Thursday, June 9 5:30- 7:00 p.m. Room 204 

Education Wednesday, June 8 5:30- 7:00 p.m. Room 122 

Electric Power Wednesday, June 8 12:30- 2:00 p.m. Room 219 

Fans & Blowers Advisory Committee Thursday, June 9th 5:30 - 7:00 p.m. Room 120 

Heat Transfer Wednesday, June 8 5:30- 7:00 p.m. Room 211 

Industrial & Cogeneration Wednesday, June 8 5:30- 7:00 p.m. Room 220 

Manufacturing Materials & Metallurgy Wednesday, June 8 5:30- 7:00 p.m. Room 118 

Marine Thursday, June 9 8:00 p.m. Off-site 

Microturbines & Small Turbomachinery (Joint with Ceramics) Tuesday, June 7 5:30- 7:00 p.m. Room 202/203 

Oil & Gas Applications Tuesday, June 7 5:30- 7:00 p.m. Room 208/209 

Structures & Dynamics Tuesday, June 7 5:30- 7:00 p.m. Room 220 

Turbomachinery Tuesday, June 7 5:30- 7:00 p.m. Room 211 

Wind Energy Thursday, June 9 5:30- 7:00 p.m. Room 215/216 

OTHER MEETINGS 

Council of Chairs Sunday, June 5 6:00- 7:30 p.m. Room 114 

IGTI Board Meeting Sunday, June 5 1:00 - 5:00 p.m. Lonsdale Boardroom - 

Marriott Pinnacle 

Exhibit Advisory Committee Wednesday, June 8 10:30 a.m. - 12:00 p.m. IGTI Sales Office, 

Exhibit Hall 

Professional Development Committee Thursday, June 9 5:30- 6:30 p.m. Room 205 

For a complete listing of Affiliate Meetings, be sure to review the Final Program Addenda. 

Advertisers Index 

ADVERTISER PAGE 

ANSYS 2 

CD-adapco 14 

CFS-Cambridge Flow Solutions 9 

Cranfield 5 & 28 

ETN 8 

GE Back Cover 

IGTI 32 

Numeca Inside Front Cover 

ADVERTISER PAGE 

Pratt & Whitney 7 

Rolls Royce 31 

SoftInWay 135 

Solar Turbines 21 

Southwest Research Institute 23 

TURBO EXPO 2012 27 

TURBO EXPO 2013 143 


The Most Important Conference for Turbomachinery Professionals 

Presented by ASME International Gas Turbine Institute 

June 3-7, 2013 

s a n a n t o n i o 

texas 

nusan 

www.turboexpo.org 

ASME INTERNATIONAL GAS TURBINE INSTITUTE 

phone +1-404-847-0072 | fax +1-404-847-0151 | igti@asme.org

144 

Turbo Expo 2011 Schedule at a Glance SUBJECT TO CHANGE 

Saturday, June 4 

GT Workshops 8:00 a.m. - 5:00 p.m. 

Sunday 

June 5 

Registration 

3:00 - 6:00 p.m. 

Level 1 Lobby 

Speaker Ready Room 

3:00 - 6:00 p.m. 

Room 107/108 

GT Workshops 

8:00 a.m. - 5:00 p.m. 

IGTI Board Meeting 

1:00 - 5:00 p.m. 

Lonsdale Boardroom 

Monday 

June 6 

Registration 

7:00 a.m. - 5:00 p.m. 

Level 1 Lobby 


7:00 a.m. - 5:00 p.m. 

Room 107/108 

Session Participant 

Networking 

Coffee/Danish 

7:15 - 8:00 a.m. 

Ballroom D 

Marriott Pinnacle Conference Sessions 

8:00 - 10:00 a.m. 

Council of Chairs 

6:00 - 7:30 p.m. 

Room 114 

“It is worthwhile 

to attend this 

important 

GT-related 

internationallyknown 

conference.” 

– Daoliang Tan, 

Beihang University 

Opening Session, IGTI 

Awards Program & 

Turbo Expo Keynote 

10:15 a.m. - 12:15 p.m. 

Ballroom A 

Opening Lunch 

12:30 - 2:30 p.m. 


2:30 - 5:00 p.m. 

Scholar Lecture 

5:30 - 6:45 p.m. 

See page 5 


7:00 - 8:30 p.m. 

See page 6 

Tuesday 

June 7 

Registration 

7:00 a.m. - 6:00 p.m. 

Level 1 Lobby 


7:00 a.m. - 5:00 p.m. 

Room 107/108 


Networking 

Coffee/Danish 

7:15 - 8:00 a.m. 

Ballroom D 


8:00 - 10:00 a.m. 

Coffee Break 

10:00 - 10:15 a.m. 


10:15 a.m. - 12:15 p.m. 

Expo Open 

12:00 - 6:00 p.m. 

Expo Lunch 

12:00 - 2:00 p.m. 


2:30 - 5:00 p.m. 

Expo Hall Reception 

4:30 - 6:00 p.m. 

Committee Meetings 

5:30 - 7:00 p.m. 

See page 142 

Women’s Dinner 

7:30 - 10:00 p.m. 

See page 7 

Wednesday 

June 8 

Registration 

7:00 a.m. - 6:00 p.m. 

Level 1 Lobby 


7:00 a.m. - 5:00 p.m. 

Room 107/108 


Networking 

Coffee/Danish 

7:15 - 8:00 a.m. 

Ballroom D 


8:00 - 10:00 a.m. 

Coffee Break 

10:00 - 10:15 a.m. 


10:15 a.m. - 12:15 p.m. 


12:00 - 6:00 p.m. 


12:00 - 2:00 p.m. 


2:30 - 5:00 p.m. 

Expo Hall Reception 

4:30 - 6:00 p.m. 


5:30 - 7:00 p.m. 

See page 142 

ECE/Student Mixer 

6:15 - 7:30 p.m. 

See page 6 

Thursday 

June 9 

Registration 

7:00 a.m. - 5:00 p.m. 

Level 1 Lobby 


7:00 a.m. - 5:00 p.m. 

Room 107/108 


Networking 

Coffee/Danish 

7:15 - 8:00 a.m. 

Ballroom D 


8:00 - 10:00 a.m. 

Coffee Break 

10:00 - 10:15 a.m. 


10:15 a.m. - 12:15 p.m. 


11:30 a.m. - 2:30 p.m. 

Closing Ceremony 

1:45 p.m. 


12:00 - 2:00 p.m. 


2:30 - 5:00 p.m. 


5:30 - 7:00 p.m. 

See page 142 

Friday 

June 10 

No Unauthorized Recording 

The use of cameras and any other photographic, video or audio recording equipment, including cell phones, is strictly prohibited 

at all ASME Turbo Expo activities and functions without express approval from the ASME International Gas Turbine Institute. 

Anyone involved in an unauthorized recording may be asked to destroy the recording and is subject to expulsion from ASME 

Turbo Expo. Please also be aware that any unauthorized recording that violates copyright laws may result in legal action. 

Registration 

7:00 a.m. - 12:00 p.m. 

Level 1 Lobby 


7:00 a.m. - 12:00 p.m. 

Room 107/108 


Networking 

Coffee/Danish 

7:15 - 8:00 a.m. 

Ballroom D 


8:00 - 10:00 a.m. 

Coffee Break 

10:00 - 10:15 a.m. 


10:15 a.m. - 12:15 p.m. 

Closing Lunch 

12:30 - 2:00 p.m. 

Facility Tours 

See page 12

Welcome to Turbo Expo 2011! - Events

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