Deformation Measurement
in Material, Component Testing and 3D Motion Analysis
25.05. - 26.05.2009
A better understanding of the material and component behavior is decisive for the usage and development of new components, the precise determination of material characteristics and the improvement of simulation models.
The conference aims to help this understanding, featuring presentations from research, development and industry experts covering:
- Simulation verification
- Material property determination
- Structural testing
- Forming analysis
- Component dimensioning
- Dynamic testing
The conference offers a discussion forum and an opportunity to exchange ideas with experts in the field of material testing, sheet metal forming, 3D motion analysis and component testing.
The conference also provides a number of opportunities to discuss commmon issues and offers attendees the opportunity to learn new techniques and enhance processes, learning from colleagues both from similar and different industries.
Deformation Conference Program >
The last event included contributions from Volvo/IUC, RWTH Aachen, BAM, Ford, Volkswagen, DuPont, Daimler, Skoda, Infinity, Risø, Salzgitter Mannesmann, DTU, LFT etc.
The conference is free to attend and held at the GOM mbH headquarters in Braunschweig, Germany.
The conference starts at 1pm on the 25th May until 1 pm on the 26th May 2009. In the evening of the 25th of May there is an informal get together giving the opportunity to exchange experiences and mix with colleagues, experts, presenters, exhibitors and GOM staff.
Register now for the event, as places are limited and the event is based on a first come first serve basis.
Feedback from previous events
"Better understanding of complex motions (support to improve CAE models)"
Ford
"Optimizing processes in press shops during tryout and production"
Salzgitter Mannesmann Forschung
"A method to perform accurate high strain material testing"
DuPont
"New method for the determination of true local stress-strain diagrams"
PCCL
"Key step in the validation of FE simulations"
University Stuttgart