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This paper is devoted to the practical computation of the magnetic potential induced by a distribution of magnetization in the theory of micromagnetics. The problem turns out to be a coupling of an interior and an exterior problem. The aim of this work is to describe a complete method that mixes the approaches of Ying [12] and Goldstein [6] which consists in constructing a mesh for the exterior domain composed of homothetic layers. It has the advantage of being well suited for catching the decay...
This paper is devoted to the practical computation of the
magnetic potential induced by a distribution of magnetization in
the theory of micromagnetics. The problem turns out to be a coupling of
an interior and an exterior problem. The aim of this work is to describe
a complete method that mixes the approaches of Ying [12] and Goldstein
[6] which consists in constructing a mesh for the exterior
domain composed of homothetic layers. It has the advantage of being well
suited for catching the...
For solving the boundary-value problem for potential of a stationary magnetic field in two dimensions in ferromagnetics it is possible to use a linearization based on the succesive approximations. In this paper the convergence of this method is proved under some conditions.
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