First approach of a mixed domain decomposition method for magnetostatic simulation of rotating machines
Résumé
In this work, a mixed domain decomposition method (LATIN) is proposed to improve the efficiency of magnetostatic simulation of rotating machines. This strategy relies on a decomposed formulation of the problem considering both primal and dual fields on the interfaces. From this formulation, the LATIN solver method gives a powerful iterative scheme to build a solution. A first implementation using the magnetic vector potential formulation in 2D is developed and is illustrated on two test cases: a ferromagnetic 2D bar and a switched reluctance motor.
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PB-A1_402_Ruda_First approach of.pdf (1.09 Mo)
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Compumag2021_Ruda.pdf (636.7 Ko)
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