Derives a finite element method for permanent magnet synchronous machines via hybrid mixed domain decomposition inspired by hybridized DG methods, locates it in a prior HMDD framework to transfer well-posedness and error estimates, and validates on an academic example against iso-geometric analysis.
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On the Application of Hybrid Mixed Domain Decomposition Methods to Permanent Magnet Synchronous Machines
Derives a finite element method for permanent magnet synchronous machines via hybrid mixed domain decomposition inspired by hybridized DG methods, locates it in a prior HMDD framework to transfer well-posedness and error estimates, and validates on an academic example against iso-geometric analysis.