Sufficient conditions for well posedness and reliability of finite element approximations of time-harmonic electromagnetic problems involving bianisotropic materials are considered. Under these conditions, finite element simulators are known to be able to reliably approximate the solution of many radiation, scattering or guided wave problems of practical interest involving bianisotropic materials and, for this reason, the results provided can be used to validate other electromagnetic simulators in the presence of bianisotropic media significant for applications.
Reliable approximation of the solution of time-harmonic electromagnetic boundary value problems involving bianisotropic media for numerical simulator testing
Fernandes P;
2009
Abstract
Sufficient conditions for well posedness and reliability of finite element approximations of time-harmonic electromagnetic problems involving bianisotropic materials are considered. Under these conditions, finite element simulators are known to be able to reliably approximate the solution of many radiation, scattering or guided wave problems of practical interest involving bianisotropic materials and, for this reason, the results provided can be used to validate other electromagnetic simulators in the presence of bianisotropic media significant for applications.File in questo prodotto:
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