Dora Barany

Developed thermal and coupled electro-thermal FEM and ROM simulation models to predict inverter behavior under different operating conditions. Optimized simulation workflows by eliminating redundant input steps. Automated model generation with ANSYS script (ACT) to reduce model building time. Validated simulation models against experimental data to ensure correlation between physical measurements and numerical predictions. Tailored PCB model complexity across different development stages to reduce design lo

Developed thermal, electro-thermal and thermo-mechanical FEM models for inverters. Validated models against system-level measurements. Enabled decision making with simulation based data to reduce the design iterations. Conducted simulation-based Design of Experiments (DOE) to optimize the cost-performance trade-off of critical design parameters.

Developed coupled multiphysics simulation models (thermo-mechanical-metallurgical) to analyze phase distribution and material hardness in engineering components. Improved hardness prediction metholodogy to state-of-the-art equations. Validated the modell against measured datasets. Conducted mesh independence study.

Design of mechanical parts Technical documentation Production support Concepts and visualization