EmileDvs

Hello Alejandro, Currently in FEMM the air gap mesh is drawn to use sliding band technique: http://www.femm.info/wiki/SlidingBand We just need to draw two circles (or arc circles if there is...

Hi Alejandro, Ok so I think you can have everything you need already in the build_geometry and the FEMM coupling. In the build_geometry of Lamination (and daughters) classes, some labels...

Hello Faraz, For your information Femm does not implement BH curves with hysteresis. If I get it right, you want to look at B(H) over one electrical period at a...

Hi @ajpina, The methods you found are the ones you need to use indeed. machine.comp_angle_offset_initial() returns the angle shift between rotor d-axis and stator d-axis (same as A-axis for stator...

Hello abdou31, Welcome to pyleecan :) You can find here the tutorial to add a new slot shape in pyleecan: https://www.pyleecan.org/tuto.add.slot.html. Briefly, the new slot class should be implemented using...

Hi everyone, I dig up this issue to talk again about rotor skew implementation in machine and Magnetics objects. The implementation has changed consequently regarding the original issues. The implementation...

Hello everyone, We had to clarify how torque/phi_wind are calculated in case of skew because the current method is not generic to all skew patterns. Right now the actual torque/phi_wind...

Hello @SebGue, Thanks for the script, it is quite clear indeed! I couldn't manage to use the minimize function of scipy.optimize.minimize, I'll have a try with this. Which function do...

Hello @SebGue, It's been a while since the last time we discussed, I hope you're fine. For your information I did a new proposition of MTPA workflow in `Tests\Validation\Electrical\test_ElecLUTdq_solve_MTPA.py`. I...

I also tried to implement the minimization algorithm you shared with the "minimize" function. However I faced some issues with the minimize function not respecting the constraints, meaning I could...