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It is well known that Joule heat losses in integrated circuits (ICs) may change electrical behaviors of devices, especially semiconductor components. In this paper, a meshless approach based on a radial point interpolation method (RPIM) is developed to numerically model the coupled electrical-thermal process in time domain. The effectiveness of the proposed RPIM is verified through simulation of thin-film...
Unlike its conventional counterpart, a new vector basis function based meshless method that preserves the divergence property of electromagnetic fields is proposed for solving transient electromagnetic problems. Its divergence properties are investigated through numerical experiment; it is found that artificial charges generated by the proposed method are not present while they are in the conventional...
An efficient method to determine stability and find solutions of the late-time currents is proposed for the time-domain electric field integral equation (TDEFIE) based marching-on-time (MOT) technique. With it, a simple formula is derived to find late-time currents and eigenvalues of the coefficient matrix that then determine the stability of the TDEEFIE method. Numerical examples are then provided...
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