This paper introduces ferromagnetic materials inside a self-consistent formulation able to couple nonlinear Magneto-Hydro-Dynamic (MHD) equations with three-dimensional structures, for the analysis of plasma evolution in fusion devices. A differential formulation is used inside the plasma; an integral formulation is employed in conductors and ferromagnetic materials; a coupling surface is considered
Effect of 3D Ferromagnetic Materials on Plasma Nonlinear Evolution in Fusion Devices
FRESA, RAFFAELE;
2014-01-01
Abstract
This paper introduces ferromagnetic materials inside a self-consistent formulation able to couple nonlinear Magneto-Hydro-Dynamic (MHD) equations with three-dimensional structures, for the analysis of plasma evolution in fusion devices. A differential formulation is used inside the plasma; an integral formulation is employed in conductors and ferromagnetic materials; a coupling surface is consideredFile in questo prodotto:
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