Analyze and understand the operational principles and dynamic behavior of various electric machine types (e.g., PM, Induction, SynRM) to identify key sources of NVH excitation (electromagnetic forces, torque ripple, etc.).
Extract, process, and analyze simulation results to obtain the required dynamic load data (time-series, frequency domain), potentially utilizing tools like MATLAB for advanced post-processing and visualization.
Develop and execute advanced simulation methodologies, primarily using ANSYS Mechanical and potentially coupled electromagnetic-structural approaches (e.g., integrating with ANSYS Motor-CAD or Maxwell), to accurately predict dynamic forces and torques generated by electric motors.
Interpret simulation results in the context of electric machine physics and NVH requirements, ensuring the generated loads are physically representative and suitable for downstream analysis.
Excellent knowledge in usage of ANSYS connectors and contact in model built.
Excellent skills in debugging ANSYS errors and convergence issues.

Requirements:

Hands on Experience in solver ANSYS Mechanical/ Maxwell - workbench, Altair Hyperworks, Matlab or Python.
Experience with coupled electromagnetic-structural analysis for electric machines using ANSYS tools (Maxwell, Motor-CAD, and Mechanical).
Good knowledge on Powertrain Systems and architectures.
Good knowledge in debugging Ansys errors and convergence issues

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PT NVH Emag Simulation (Maxwell) Professional

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