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For several applications including strong hydrodynamics constraints (like in a circuit breaker), finite element solvers are not suitable for fluid dynamical modeling. For these applications, the coupling between the computational fluid dynamics and the electromagnetism modeling is not easy. In this context, a magnetodynamic formulation is developed using the finite volume method to address specific...
A magnetohydrodynamic formulation is developed using the finite volume method to address specific issues in plasma physics related to current breaking applications. The conservation of the electrical power is shown to be an efficient and original method to solve the Faraday's law of induction which contrasts with other available solutions
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