ANSYS Maxwell Motor Simulation

I need a skilled analyst to run an electromagnetic FEA study of my “Tab-and-Stab” electric motor concept in ANSYS Maxwell. The immediate priority is the four-tab, permanent-magnet flux-gated configuration; once that behaves as expected, we will expand to the interlaced and single-tab baselines for comparison.

What I am after first is a high-resolution torque-versus-rotor-angle sweep. The model should capture slot geometry, magnet properties, coil excitation, and core material saturation so we can trust the torque ripple profile. After that static sweep proves sound, I’d like you to set up a full transient simulation that rotates the machine through one electrical cycle with the actual switching sequence I will supply.

Please provide:

• Clean Maxwell project files, clearly named and documented
• Plots and raw data for torque–angle, tangential/radial forces, flux density, current, and energy per cycle
• A brief note on any modelling assumptions, mesh settings, and material data you used

You can keep the CAD simple—rectangular tabs are fine—but the electromagnetic accuracy must be there. If you are comfortable validating partial results with screenshots or quick videos as you go, that will help us iterate quickly.

Let’s discuss any questions about geometry, boundary conditions, or solver setup before you start so the first run is already close to final.