Author： Golias N.A. Antonopoulos C.S. Tsiboukis T.D. Kriezis E.E.
Publisher： Emerald Group Publishing Ltd
ISSN： 0332-1649
Source： COMPEL: Int J for Computation and Maths. in Electrical and Electronic Eng., Vol.17, Iss.5, 1998-05, pp. : 667-673
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Abstract
A finite element formulation for the solution of 3D eddy current problems in terms of the electric intensity E is presented. A weak formulation, based on a Galerkin weighted residual procedure, is presented and edge elements, that impose only tangential continuity across element interfaces of the approximated field, are employed for the discretization of the problem with the finite element method. The reliability and validity of the suggested method is verified by its application to the calculation of the 3D eddy current distribution in two conducting systems.
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