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Over recent decades coupled MoM/FEM formulation emerged as dominant method for solving EM scattering problems over inhomogeneous domains. Initial efforts on coupling of edge element BEM with edge element FEM have lost momentum and somehow disappeared from recent literature, possibly because of mathematical and other issues. This article, however, presents correct coupling of edge element BEM with...
The paper deals with the comparison of the temperature increase due to a high frequency exposure in two realistic human eye models. The first model of the human eye, named extracted eye model is placed in the free space, while the second model of the eye, named compound eye model is included in the detailed human head model obtained from the magnetic resonance imaging scans. The numerical results...
The paper reviews some application of well-established domain discretization methods (finite difference method-FDM), finite element method-FEM) in modeling of magnetohydrodynamics (MHD) phenomena for fusion related research and quantum structures for aplication in nanodevices. Thus, Grand-Shafranov Equation (GSE) for plasma equilibrium has been solved for some simple excitation forms and the obtained...
The paper reviews some aspects of finite element modeling of magnetohydrodynamics (MHD) phenomena for fusion related research. Thus, Grand-Shafranov Equation (GSE) for plasma equilibrium has been solved for some simple excitation forms and the obtained numerical results for the rectangular and D-shape plasma, respectively have been presented. A good agreement with already published results in relevant...
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