PT NVH Emag Simulation (Maxwell) - ZR_1924_JOB (Position Closed)

Job Title:

PT NVH Emag Simulation (Maxwell)

• 4 - 8 Years

Job Location:

• Chennai

Job Description:

• 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