Bay, F.Alves, J.2018-07-112018-07-112018-05-14http://hdl.handle.net/2003/3698310.17877/DE290R-18982This paper aims at presenting an efficient computational tool for magnetic pulse forming processes. This too - based on the coupling between the FORGE® thermomechanical solver and an electromagnetic module - is then applied to investigating a test case provided by the I2FG Group for benchmarking purposes. Comparisons carried out between the results obtained using a quasi-static constitutive law with one taking into account the dynamic behaviour of the material emphasize the sensitivity to dynamic material behaviour – and thus the need for carrying out material behaviour identification for strain rates close to the ones experiences by the material in such processes.enmagnetic pulse formingcomputational modellingmaterial Behaviour620670conference contributionElektromagnetisches Pulsschweißenhttp://hdl.handle.net/2003/37036http://hdl.handle.net/2003/37037