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Skills
LS-DYNA, graphical interface, PYTHON, Matlab, ANSYS WORKBENCH, ANSYS MECHANICAL APDL, ABAQUS, LS-DYNA PREPOST, COMSOL NASTRAN, PATRAN, C/C++, CATIA V5, CREO, Solidwork WINDOWS, LINUX,V&V,CFD
Projekthistorie
> SIMULATION OF A MICROSCOPIC MODEL OF ELECTROMAGNETIC FIELD WELDING UNDER LS-DYNA
To validate a microscopic model under LS-DYNA, _ To validate the coupling of the microscopic and macroscopic
models under LS-DYNA _ To develop a graphical interface dedicated to the process of welding on PYTHON
> Development of a finite element model, including ALE and damage, to simulate punching of sheet metal followed by
expansion of the hole.
> OPTIMIZATION OF METALLIC POWDERS DEDICATED TO HYDROGEN STORAGE IN SOLID FORM
Studying the influence of grain size on hydrogen absorption and desorption _Performing activation and deactivation
absorption processes _ modeling the mechanical behavior of a grain during the absorption of hydrogen on Matlab