Material and Component Deformation and Failure Behavior

© Fraunhofer IWM


The characterization of a material’s deformation and failure behavior sets the foundation for reliable design and numerical simulations. At the IWM, we perform specialized tests that subject the sample to tensile, compressive and shear stresses in order to determine the effects of multi-axiality and load type on failure behavior. Component tests at up to 8 MN can be carried out to validate simulations.





  • Huberth, F.; Ragupathi, B.; Scheffler, C.; Psyk, V.; Preußner, J., Local microscopic and integral macroscopic analysis of magnetic pulse welds and deformations for dissimilar metal joints, Forming The Future; The Minerals, Metals & Materials Series (MMMS); Daehn, G.; Cao, J.; Kinsey, B.; Tekkaya, E.; Vivek, A.; Yoshida, Y. (Eds.); Springer, Cham, Schweiz (2021) 1255-1268 Link
  • Andrieux, F.; Sun, D.-Z., Modeling of anisotropic behavior of aluminum profile for damage prediction, in Proc. of 16th International Aluminum Alloys Conference (ICAA16) 2018; Wells, M.; Brochu, M. (Eds.); Metallurgy and Materials Society of CIM, Montreal, Canada (2018) Paper 401049, 10 Seiten Link