2008-2009 Bulletin â PDF - SEAS Bulletin - Columbia University
2008-2009 Bulletin â PDF - SEAS Bulletin - Columbia University
2008-2009 Bulletin â PDF - SEAS Bulletin - Columbia University
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93<br />
• Structural control and health monitoring:<br />
topics of research in this highly<br />
cross-disciplinary field include the<br />
development of “smart” systems for<br />
the mitigation and reduction of structural<br />
vibrations, assessment of the<br />
health of structural systems based on<br />
their vibration response signatures,<br />
and the modeling of nonlinear systems<br />
based on measured dynamic<br />
behavior.<br />
Fluid mechanics: solid-laden turbulent<br />
flows, porous surface turbulence, flow<br />
through porous media, numerical simulation<br />
of flow and transport processes,<br />
flow and transport in fractured rock.<br />
Environmental engineering/water<br />
resources: modeling of flow and pollutant<br />
transport in surface and subsurface<br />
waters, unsaturated zone hydrology,<br />
geoenvironmental containment systems,<br />
analysis of watershed flows including<br />
reservoir simulation.<br />
Structures: dynamics, stability, and<br />
design of structures, structural failure<br />
and damage detection, fluid and soil<br />
structure interaction, ocean structures<br />
subjected to wind-induced waves,<br />
inelastic dynamic response of reinforced<br />
concrete structures, earthquake-resistant<br />
design of structures.<br />
Geotechnical engineering: soil behavior,<br />
constitutive modeling, reinforced soil<br />
structures, geotechnical earthquake<br />
engineering, liquefaction and numerical<br />
analysis of geotechnical systems.<br />
Structural materials: cement-based<br />
materials, micro- and macro-models of<br />
fiber-reinforced cement composites,<br />
utilization of industrial by-products<br />
and waste materials, beneficiation of<br />
dredged material.<br />
Earthquake engineering: response of<br />
structures to seismic loading, seismic<br />
risk analysis, active and passive control<br />
of structures subject to earthquake<br />
excitation, seismic analysis of long-span<br />
cable-supported bridges.<br />
Flight structures: aeroelasticity, aeroacoustics,<br />
active vibration and noise control,<br />
smart structures, noise transmission<br />
into aircraft, and vibro-acoustics of<br />
space structures.<br />
Construction engineering and management:<br />
contracting strategies; alternative<br />
project delivery systems, such as<br />
design-build, design-build-operate, and<br />
design-build-finance-operate; minimizing<br />
project delays and disputes; advanced<br />
technologies to enhance productivity<br />
and efficiency; strategic decisions in<br />
global engineering and construction<br />
markets.<br />
Infrastructure delivery and management:<br />
decision support systems for<br />
infrastructure asset management;<br />
assessing and managing infrastructure<br />
assets and systems; capital budgeting<br />
processes and decisions; innovative<br />
financing methods; procurement strategies<br />
and processes; data management<br />
practices and systems; indicators of<br />
infrastructure performance and service.<br />
FACILITIES<br />
The offices and laboratories of the<br />
department are in the S. W. Mudd<br />
Building and the Engineering Terrace.<br />
Computing<br />
The department manages a substantial<br />
computing facility of its own in addition<br />
to being networked to all the systems<br />
operated by the <strong>University</strong>. The department<br />
facility enables its users to perform<br />
symbolic and numeric computation,<br />
three-dimensional graphics, and expert<br />
systems development. Connections to<br />
wide-area networks allow the facility’s<br />
users to communicate with centers<br />
throughout the world. All faculty and student<br />
offices and department laboratories<br />
are hardwired to the computing facility,<br />
which is also accessible remotely to<br />
users. Numerous personal computers<br />
and graphics terminals exist throughout<br />
the department, and a PC lab is available<br />
to students in the department in<br />
addition to the larger school-wide facility.<br />
Laboratories<br />
The Robert A. W. Carleton Strength of<br />
Materials Laboratory is a very large facility<br />
equipped for research into all types<br />
of engineering materials and structural<br />
elements. The Heffner Laboratory for<br />
Hydrologic Research is a newly established<br />
facility for both undergraduate<br />
instruction and research in all aspects of<br />
fluid mechanics and its applications. The<br />
Eugene Mindlin Laboratory for Structural<br />
Deterioration Research is a teaching and<br />
research facility dedicated to all facets<br />
of the assessment of structures and the<br />
processes of deterioration of structural<br />
performance. The concrete laboratory is<br />
<strong>SEAS</strong> <strong>2008</strong>–<strong>2009</strong>