Why working on electromagnetic noise and getting trained in this field?
A topology and slot/pole combination can have +/- 20 dB impact on acoustic noise and vibrations due to magnetic forces, their influence is therefore of great importance and must not be neglected.
The demands on e-motor designers of today are remarkably high. They have to work on electromagnetics, heat transfer… and vibro-acoustics.
Magnetic excitations and transfer paths are complex (rotor/stator, radial/tangential/axial, air-borne/structure-borne, resonance/forced conditions, slotting/switching, sound quality). Special and comprehensive competences in this field are therefore increasingly required.
The most efficient reduction techniques lead to electromagnetic performance reduction so trade-offs must be made (e.g. skewing reduces efficiency) to significantly optimize an e-machine design.
For French trainees
EOMYS Engineering is referenced under DataDock as training organization under the number 3259 09376 59. Our training courses can therefore be the subject of partial funding by your OPCO. For doctoral thesis students, a validation of the training in terms of ECTS is possible.