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The domain decomposition method provides a very effective strategy to solve the complicated multilayer dielectric or composite objects. The original objects are decomposed into many closed sub-domains based on its local material or geometry characteristics. Based on the property of different sub-domains, the JMCFIE, PMCHWT, CFIE-IBC, CFIE or EFIE can be formulated in different sub-domains, properly...
In this paper, an integral equation domain decomposition method based on hybrid solvers (HS-DDM) are developed for modeling of electromagnetic radiation problems. Based on the philosophy of ‘divided and conquer’, the IE-DDM divides the original multi-scale problem into many closed non-overlapping sub-domains. The Robin transmission conditions ensure the continuity of the currents across adjacent sub-domains...
In this paper, a hybrid domain decomposition method with electric and magnetic current combined-field integral equation (JMCFIE) is present for modeling electromagnetic scattering problems involving composite structures. The method first decomposes the original problem into several sub-domains according to its geometry and dielectric parameters. JMCFIE serves as the sub-domain solver in which a well-posed...
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