10 years of failure prediction with CrachFEM
H. Gese* · H. Dell · G. Oberhofer
MATFEM
Experimental research of anisotropic-kinematic hardening
V. Yelisseyev¹* · H. Dell² · V. Shapiewskaya¹
¹TEST · ²MATFEM
CrachFEM in productive use at Daimler AG
J. Eckstein · K. Roll · K. Wiegand*
Daimler AG
Experimental and numerical determination of
forming limit curves applied to a bainitic steel
A. Kuppert¹* · M. Merklein¹ · S. Mütze²
¹LFT Erlangen · ²Salzgitter Mannesmann Forschung GmbH
Failure prediction for the production of car body parts
I. Heinle · H. Grass · A. Lipp · J. Meinhardt
BMW AG
Investigation of the fracture of a DP600 dash reinforcer using CrachFEM
M. Buckley¹* · D. Norman²
¹Jaguar Land Rover · ²Corus Automotive
Failure modelling of Mg cast alloys for crash applications
under consideration of the manufacturing process
A. Bach¹* · U. Weiss¹ · H. Gese²
¹Ford R&A Europe · ²MATFEM
Crashworthiness simulation of welded aluminium crash management systems
C. Leppin*² · M. Kutscher¹ · M. Feuerstein¹ · J. Dold² · C. Lange² · M. Oehm³
¹Alcan Automotive Structures · ²3A Technology & Management · ³MATFEM
Modelling short-fibre reinforced polymers with MF GenYld + CrachFEM
G. Oberhofer · H. Dell
MATFEM
Experimental techniques for the determination
of dynamic flow stress behaviour of sheet metals including
yield loci and experimental verification of FE computations
S. Abdel-Malek · N. Herzig* · L.W. Meyer
Nordmetall GmbH
Simulation of dynamic impact loads on metallic aerospace
components with material model MF GenYld + CrachFEM
M. Groß¹* · S. van der Veen² · T. Billaudeau² · S. Abdel-Malek³ · L.W. Meyer³
¹MATFEM · ²Airbus SAS Materials & Processes · ³Nordmetall GmbH
New features in MF GenYld + CrachFEM Version 4.0
G. Oberhofer
MATFEM