3D INTERFACE ELEMENTS FOR MODELING COMPLEX POTENTIAL DROPS - COMPARISON WITH A BOUNDARY ELEMENTS METHOD
Résumé
Voltage drops due to complex surface impedance and/or surface current sources are modelled by a 3D Finite Elements Method. Two specific formulations are given with these special 3D curvilinear second order elements: conduction in a low frequency marine electrometer and thermoelectric Seebeck effect on a solidification front. Simultaneous normal and tangential interfacial discontinuities can be computed. The method is validated by comparison with a Boundary Elements Method and experimental values.
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IEEE_T-Mag_31-3_1995-05_1684_3DInterfaceElements.pdf (505.38 Ko)
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