Théophile Malarme

Development of a post-processing script for CST Studio EF simulations to estimate breakdown voltage. Less than 7% difference between reference and simulation values. Automation of a workflow for the design of a vacuum interrupter. Optimization of the workflow to significantly reduce simulation time. Writing a Python script generating electric field lines from simulation data and meshes from CST Studio with control over the discretization of the field lines.

Validation and improvement of the calculation tool for forces in the front parts of turbogenerators. Creation of 3D models and complex meshes of turbogenerator coils for electromagnetic simulations using code_Carmel on an HPC cluster. Implementation of Python tools to automate the extraction and analysis of finite element results. Verification of the analytical model used to describe the magnetic field within turbogenerators as a function of the operating point.