Automated FEA for energy absorber
Energy absorbers reduce the risk of injury to occupants in the event of an accident. The design of energy absorbers according to regulations (FMVSS201u) follows only a few principal concepts. However, manual modelling can be time consuming and slows down CAD to CAE iterations. An automated and parametric workflow creates the absorber structure between two boundary surfaces and converts the CAD to a runnable LS-Dyna FE crash model. A connected DOE Optimization can improve and speed up the design development in early stages.
95% time savings
Ready to run FE simulation
Easy adoption to other areas of application
95% time savings
Ready to run FE simulation
Easy adoption to other areas of application
A user-friendly tool to combine the world of CAD and CAE and increase the efficiency of our daily work routines.
EDAG Group
EDAG is the world's largest independent engineering provider for automotive solutions, covering Vehicle Engineering, Electric Electronics, and Production Solutions. Their diverse teams of experts shape the future of mobility, offering comprehensive engineering services from concept to product development and turnkey production systems. As a technology leader, EDAG drive innovation in lightweight construction, electromobility, digitalization, and safety.