Ruhr-Universität Bochum
 

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SFB459
Research areas
Area A:
Fundamentals
Area B:
Applications & Design
Area C:
Manufacturing & Processing
Area T:
Industry Transfer
 
Degrees
Diploma theses
Ph. D. theses
 
Research Output
Recent Publications
Recent Presentations
 
Shape Memory Technology SFB 459
Special Research Center funded by German Research Foundation DFG
I - Die Uni entdecken II - Die Uni entdecken III - Die Uni entdecken IV - Die Uni entdecken V - Die Uni entdecken
 
Infos : member meetings | staff seminar | Scientific Symposium | Links German 
Simulation ... » Area B: Applications & Design » Homepage
 
General information on project B12
 
Subject:
Simulation of Shape memory components and key experiments
 
Field of investigation:
Materials science, mechanics, modelling
 
 
Principal Investigators:
 
Dr.-Ing. Ulrich Hoppe
Telefon: (0234) 3226027
Telefax: (0234) 3214154
email: ulrich.hoppe@ruhr-uni-bochum.de
web: http://www.am.bi.ruhr-uni-bochum.de
 
Prof. Dr. rer. nat. Klaus Hackl
Telefon: (0234) 3226025
Telefax: (0234) 3214154
email: klaus.hackl@ruhr-uni-bochum.de
web: http://www.am.bi.ruhr-uni-bochum.de
 
Dienstanschrift:
Ruhr-Universität Bochum
Fakultät für Bauingenieurwesen 
Institut für Mechanik 
Lehrstuhl Allgemeine Mechanik
Universitätsstr. 150 
44780 Bochum 
 
Hartmaier, Alexander, Prof. Dr. rer. Dr. nat.
Telefon: (0234) 299-3501
Telefax: (0234) 299-3509
email: alexander.hartmaier@rub.de
web: http://www.icams.ruhr-uni-bochum.de/
 
Dienstanschrift:
Ruhr-Universität Bochum
ICAMS
UHW 12/1228
44780 Bochum 
 
Kastner, Oliver, Dr.-Ing.
Telefon: 0234-32-27898
Telefax: 0234-32-14235
email: oliver.kastner@rub.de
web: http://www.ruhr-uni-bochum.de/ww
 
Dienstanschrift:
Ruhr-Universität Bochum
Fakultät für Maschinenbau 
Institut für Werkstoffe (IfW) 
Lehrstuhl Werkstoffwissenschaft 
Universitätsstr. 150 
44780 Bochum 
 
 
Summary/Abstract

Several material models for shape memory alloys have been developed during the previous funding periods of this collaborative research center.  The subproject B12 will make these models available for finite element simulations of shape memory components by using standardized interfaces to common finite element codes. The efficiency and applicability of the different models is going to be analyzed by means of benchmark problems. Moreover, this subproject will support the research center on its way towards small scale structures by carrying out molecular dynamical and  continuum mechanical simulations of nano-indentation experiments. These simulations are expected to provide a further insight into the interaction of dislocations and martensitic microstructures.

 


 
 
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