17/18 January 2007 Wiener Neustadt - Czelo

17/18 January 2007 Wiener Neustadt - Czelo 17/18 January 2007 Wiener Neustadt - Czelo

19.11.2012 Views

TU Wien and Austrian Center of Competence for Tribology Address Wiedner Hauptstrasse 8-10/134 Austria 1040 - Wien Phone / Fax +43 1 58801 13436 / +43 1 58801 13499 www www.ille.com Size 250+ Organisation Type University Contact Person Name Dr. Ille C. Gebeshuber Position Assistant Professor Email gebeshuber@iap.tuwien.ac.at Type of co-operation (Offered, Requested) Areas of activity Licence agreement Offered Technical Co-operation (R&D) Offered Joint research project Offered Joint-venture agreement Offered Manufacturing agreement Offered Commercial agreement Offered Financial agreement Offered • Electronics, Microelectronics • Optical Networks/Systems • Coatings • Surface treatment(CVD,PVD) • Materials Technology • Composite Materials • Metals and Alloys • Optical Materials • Biosensor • Sensors & Instruments • Mechanical Engineering • Medicine, Human Health • Biology / Biotechnology • Measurement Tools • Short description of company The Institut für Allgemeine Physik at the Vienna University of Technology has broad competence in nanoanalytical methods. This comprises nanophysics, -chemistry and -tribology. The apparative equipment comprises scanning probe microscopes (AFM, STM, MFM), in ultra-high vacuum as well as in air and in controlled gaseous or fluid (also chemically aggressive) environments, a scanning Auger microprobe in combination with a finely focussed ion-beam (FIB) and an angle-resolved photo electron spectrometer (ESCA, XPS). These methods are applied in short term industrial applications, developmental research and basic research. In the field of micro- and nanotribology the institute has strong collaboration with the Austrian Center of Competence for Tribology, an industrial research centre. The Austrian Center of Competence for Tribology has interdisciplinary core competences. Widespread treatment of tribological tasks is performed in three major topics (work groups) * Functional coatings and surface engineering (FUN), * Lubricants and lubrication (LUB) and * System analysis and engineering (SYS). Interdisciplinary solutions for tribological tasks are provided through the availability of scientists with knowledge in physics, material sciences, chemistry, mechanical engineering, and electrical engineering/electronics. The members of the FUN group are especially dealing with characterisation of surfaces, contact mechanics/contact stresses, types of friction, influences of materials selection on friction, wear, and lubrication, types of materials, materials structure and composition(related to metals, polymers, and ceramics), and tribological damage analysis. The LUB groups work is mainly focused on lubricant (oils and greases), lubrication conditions, components of lubricants, specific lubricant sensors and condition monitoring. In the SYS group major topics are experimental analysis of tribosystems, development of methods for determination/measurement of friction and wear, modelling of friction and wear processes and mathematical simulation.

1. Profile: Expertise: nanoanalytical analyses DESCRIPTION: nanophysics, -chemistry and -tribology INNOVATIVE ASPECTS: modern leading edge instrumentation MAIN ADVANTADGES / BENEFITS: usage of our equipment TECHNICAL SPECIFICATIONS: scanning probe microscopes (AFM, STM, MFM), in ultra-high vacuum as well as in air and in controlled gaseous or fluid (also chemically aggressive) environments, a scanning Auger microprobe in combination with a finely focussed ion-beam (FIB) and an angle-resolved photo electron spectrometer (ESCA, XPS), characterisation of surfaces, contact mechanics/contact stresses, types of friction, influences of materials selection on friction, wear, and lubrication, types of materials, materials structure and composition(related to metals, polymers, and ceramics), tribological damage analysis, ubrication conditions, components of lubricants, specific lubricant sensors and condition monitoring, experimental analysis of tribosystems, development of methods for determination/measurement of friction and wear, modelling of friction and wear processes and mathematical simulation. CURRENT STAGE OF DEVELOPMEN ready to be used INTELLECTUAL PROPERTY RIGHTS (IPR): MARKET APPLICATIONS: TYPE OF COLLABORATION SOUGH we offer expertise, we offer instrument time PARTNER PROFILE: industry, research centers, universities 2. Profile: Expertise: nanoanalytical analyses 3. Profile: Expertise: nanoanalytical analyses

1. Profile: Expertise: nanoanalytical analyses<br />

DESCRIPTION: nanophysics, -chemistry and -tribology<br />

INNOVATIVE ASPECTS: modern leading edge instrumentation<br />

MAIN ADVANTADGES / BENEFITS: usage of our equipment<br />

TECHNICAL SPECIFICATIONS: scanning probe microscopes (AFM, STM, MFM), in ultra-high vacuum as well<br />

as in air and in controlled gaseous or fluid (also chemically aggressive) environments, a scanning Auger<br />

microprobe in combination with a finely focussed ion-beam (FIB) and an angle-resolved photo electron<br />

spectrometer (ESCA, XPS), characterisation of surfaces, contact mechanics/contact stresses, types of friction,<br />

influences of materials selection on friction, wear, and lubrication, types of materials, materials structure and<br />

composition(related to metals, polymers, and ceramics), tribological damage analysis, ubrication conditions,<br />

components of lubricants, specific lubricant sensors and condition monitoring, experimental analysis of<br />

tribosystems, development of methods for determination/measurement of friction and wear, modelling of friction<br />

and wear processes and mathematical simulation.<br />

CURRENT STAGE OF DEVELOPMEN ready to be used<br />

INTELLECTUAL PROPERTY RIGHTS (IPR):<br />

MARKET APPLICATIONS:<br />

TYPE OF COLLABORATION SOUGH we offer expertise, we offer instrument time<br />

PARTNER PROFILE: industry, research centers, universities<br />

2. Profile: Expertise: nanoanalytical analyses<br />

3. Profile: Expertise: nanoanalytical analyses

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