Modélisation électromagnétique 3D d'inducteurs multibrins - Développement d'une méthode intégrale parallélisée

Abstract : In order to enable to use high frequencies in the domain of the industrialinductive heating, the use of multi-wires inductors is considered. But, lossesoccurring into that inductors can be important and strongly depend on their complexinternal geometry. To facilitate the design of lossless multi-wires inductors, it isnecessary to under stand their electromagnetic behavior. In this thesis, we presentthe development of a software of parallel computation intended to the 3D electromagneticmodeling of multi-wires inductors. We describe an original method ofbuilding of the geometry of that inductors. This software is based on an integralmethod in which the meshing of spaces between the wires is unnecessary. The useof parallel computing is one of the great forces of this software. The studies werealized show the impact of the geometry on the behavior of that type of inductor.
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Raphaël Scapolan. Modélisation électromagnétique 3D d'inducteurs multibrins - Développement d'une méthode intégrale parallélisée. Génie des procédés. Université de Grenoble, 2014. Français. ⟨NNT : 2014GRENI049⟩. ⟨tel-01130657⟩

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