Abstract
A hybrid T- Omega method to solve eddy-current problems is proposed. The finite-element method is used in the conducting region while the boundary integral method (BIM) is used in free space. The unknowns in the conducting regions are the electric vector potential T and the magnetic scalar potential Omega . Calculations for a test example concerning the current in an hollow sphere are performed, and field and current distributions are shown. The results confirm the usefulness of the MIXTER-T Omega code which uses the T Omega formulation and the coupling of FEM and BIM methods. >
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