Dilated subregions for solving FEM problems with thin air-gaps: First step, 2D magnetostatic cases
Résumé
An original FEM-based method dealing with problems with thin air-gaps is proposed: thin regions are moved outside the initial domain and are dilated in order to expand the mesh size both inside and around the thin domain. Obtained 2D problems are solved thanks to an adapted formulation. Preliminary results are really encouraging.
Domaines
Energie électrique| Origine | Fichiers produits par l'(les) auteur(s) |
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