In this study, numerical simulations of electromagnetic forming (EmF) for automotive sheet metals with flat spiral coil were performed in order to analyze electromagnetic, mechanical behaviors in EmF process. Two automotive sheets which are 5J32 aluminum alloy sheet and DP780 high strength steel sheet having thickness of 1.0mm were utilized. Numerical simulations were conducted with the commercial software LS-Dyna, which is able to fully couple with electromagnetic and mechanical as well as thermal natures in three dimensional spaces. From numerical analysis, electromagnetic quantities such as Lorentz force and mechanical quantities such as deformed shape of sheet metals were examined. At low charge voltage, the simulations of the deformed shape for two workpiece blanks have a good agreement with the experiments.
Numerical Analysis on Electromagnetic Forming of Automotive Sheets with Flat Spiral Coil
Sae Technical Papers
The 10th International Conference on Automotive Engineering ; 2014
2014-03-24
Aufsatz (Konferenz)
Englisch
Metals , Aluminum alloys , Forming , Steel
Electromagnetic forming and joining for automotive applications
Tema Archiv | 2006
|Material formability and coil design in electromagnetic forming
Tema Archiv | 2007
|Coextruded Sheets for Automotive Industry
British Library Conference Proceedings | 1989
|Advances in automotive steel sheets
Tema Archiv | 1998
|Development of automotive steel sheets
Tema Archiv | 1985