## Finite elements for wave electromagnetics: methods and techniques |

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### Contents

Finite Element and Waves | 5 |

January 1988 | 56 |

Rectilinearly Propagating Waves | 81 |

Copyright | |

14 other sections not shown

### Common terms and phrases

absorbing boundary conditions algorithm anisotropic Antennas Propagat applied approach approximation arbitrary basis functions bistatic boundary operators cavity coefficients computational contour coordinate cross section dielectric cylinder dielectric waveguides differential equation Dirichlet domain eigenvalue electric field electromagnetic field electromagnetic scattering elliptical evaluated expansion exterior region field components field problems Finite element analysis finite element method finite element solution finite-element finite-element method formulation frequency geometry Green's function Helmholtz equation hybrid IEEE IEEE Trans IEEE Transactions infinite inhomogeneous integral equation interior interpolation Koshiba linear magnetic field matrix equation Maxwell's equations mesh Microwave Theory Tech nodal nodes obtained optical outer boundary permittivity plane wave polynomials propagation radiation condition resonant scalar scattered field scattering problems second-order shown in Fig Silvester solving spurious modes spurious solutions surface integral tangential components technique tetrahedron three-dimensional tion transverse trial functions two-dimensional unbounded unimoment method variational expression vector wave equation zero