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Volakis J.L., Chatterjee A., Kempel L.C. — Finite element method for elecromagnetics
Volakis J.L., Chatterjee A., Kempel L.C. — Finite element method for elecromagnetics



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Название: Finite element method for elecromagnetics

Авторы: Volakis J.L., Chatterjee A., Kempel L.C.

Аннотация:

The original goal of writing the book was to serve as a text for beginning graduate students Interested in the application of the finite element method and its hybrid versions to electromagnetics. However, the authors also recognized a need to report (in a coherent manner) the many recent advances in applying the method!*) to traditional and new problems in electromagnetics. The result is a book that can serve both beginning students and more advanced practitioners, The first half of the book has already bee» used in the classroom as part of a course on numerical electromagnetics at the University of Michigan. The second half of the book covers primarily work on three-dimensional CD) developments and applications which have primarily appeared in the literature over the past 5 years.


Язык: en

Рубрика: Физика/Электромагнетизм/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Год издания: 1998

Количество страниц: 344

Добавлена в каталог: 08.10.2005

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID
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Предметный указатель
Matrix, block Toeplitz      247 249 260
Matrix, compression      see “Adaptive integral method” “Fast
Matrix, condition      30 308
Matrix, Cuthill-McKee      306
Matrix, definitions      31
Matrix, error control      304
Matrix, forward elimination      317
Matrix, matrix graph      306
Matrix, matrix norms      30
Matrix, norms      30
Matrix, positive-definite      31 300
Matrix, preconditioning      311—319
Matrix, storage      299
Matrix, structure/formats      306
Matrix, structure/formats, compressed sparse column      301
Matrix, structure/formats, Compressed Sparse Row (CSR)      300—303
Matrix, structure/formats, finite element-ABC/PML      307
Matrix, structure/formats, finite element-BI      237 247
Matrix, structure/formats, ITPACK      300—303
Matrix, structure/formats, jagged      300—303
Matrix, structure/formats, ordering      305 307
Matrix, structure/formats, pivoting      304—305
Matrix, structure/formats, scheduling algorithm      316—317
Matrix, vector product      277 282 331—332
Matrix, vector product, pseudo code      293
Maxwell's equations      1—2
Mesh examples      67—68
Mesh truncation      see “Absorbing boundary conditions” “Artificial “Boundary
Modal excitation      169
Moment method      134—137 229 254
Moment method, periodic      see “Galerkin's method”
Multiprocessor communication      330
NETLIB      321
Neumann boundary conditions      7—8 13 16 80—81 104 130 259
Node numbering, global      74 168
Node numbering, local      74
Node-based expansion      102—103
NULL-SPACE      164
Nyquist sampling theorem      282
Orthogonalizalion      322
packaging      173
Parallel plate waveguide      69 83
Parallelization      300 328—330
Parallelization, matrix-vector product      331—332
Parallelization, multiprocessor communication      330
Perfectly Matched Layers (PML)      131 194—201
Periodic Moment Method (PMM)      261
Permeability      3
Permittivity      3
Phusor      2
Piecewise constant expansion      134
Pivoting      304—305
Planar boundary ABCs      192—193
Plane wave      see “Circuit excitations” “Feeds”
Plane wave impedance      96 197
Poisson's equation      7
Port scattering parameters      169
Positive-definite      24 31
Potential formulation      162
Potentials      7 9 35 242—243
Poynting's theorem      20—21
Preconditioning      313
Preconditioning, approximate inverse      318—319
Preconditioning, block      314
Preconditioning, diagonal      313
Preconditioning, global steepest descent      319
Preconditioning, ILU      315
Principal value      230
Prism/pentahedral element      48 59 176—178 247
Quadrilateral element      40 50 149
Quasi-Minimal Residual (QMR)      310
Radar cross-section (RCS)      205 236 252 260
Radar echo-area      205
Radiation, cavity-backed patch      218 253 256
Radiation, cylindrical via      220
Radiation, notch antenna      263
Radiation, patch on cylinder      258 262
Radiation, patch on ogive      219
Rayleigh — Ritz method      24 32
Rayleigh — Ritz minimization      21 24 159 161 170
Rectangular brick element      40 49 167—168 238 243 247 252 256 268—270
Rectangular cylinder scattering      145
Rectangular groove scattering      133
Resistive sheet boundary condition      160
Resonance      157 163 231 254
Scattered field, far zone evaluation      126—127 146
Scattered field, integral expression      125
Scattered field, wave equation, two-dimensional      97
Scattering parameters, N-port      169
Scattering, three-dimensions      see also “Applications”
Scattering, three-dimensions, circular cylinder      128 135
Scattering, three-dimensions, coated conductor reflection      70 85—89
Scattering, three-dimensions, coated cylinder      145
Scattering, three-dimensions, composite cube      207
Scattering, three-dimensions, conesphere      215
Scattering, three-dimensions, cylindrical inlet      211
Scattering, three-dimensions, groove      132
Scattering, three-dimensions, metallic cube      205
Scattering, three-dimensions, plate      213
Scattering, three-dimensions, rectangular inlet      209
Scattering, three-dimensions, triangular cylinder      129
Scattering, two-dimensions      120—127
Self-adjoint      24 33
Self-cell      136
Shape functions      see also “Elements”
Shape functions, edge-based      37 48 143
Shape functions, node-based      37 39
Shape functions, one-dimensional      39 73
Sheet transition conditions      see “Boundary conditions”
Shell      257—259
Solvers      see “Iterative algorithms” “LU “Matrix”
Sommerfeld radiation condition      192
Source modeling      see “Circuit excitations” “Feeds”
Spurious solutions      157 163
Sturm — Liouville problem      69
Superposition theorem      23
Surface curl      185
Surface gradient      191
Surface of revolution      230 264
Surface waves      129
Tessellation      see “Mesh examples”
Tetrahedral element      46 51 56—59 166 242 247
Time-harmonic      2 16
Toeplitz matrix      247 249 260 277
Transfinite element method      169
Transition conditions      see “Boundary conditions”
Translation      see “Fast Multipole Method”
Traveling waves      129
Triangular cylinder scattering      129
Triangular element      42 51 104 143 272
Two-dimensional problems      see “Applications”
Uniqueness theorem      22
Variational formulation      24—27 159 161 170
Vector norms      29
Volume coordinates      46 56
Watson's transformation      260
Wave (intrinsic) impedance      5 14
Wave equation      5
Wave equation, general form      100
Wave equation, scalar      97
Wave equation, vector      97—98 184
Wave equation, weak form      72 102 230
wave number      5 14
Waveguide eigenvalues circular      112
Waveguide eigenvalues circular, rectangular      108—111
Waveguide eigenvalues circular, TE modes      111
Waveguide eigenvalues circular, TM modes      114
Waveguide propagation, homogeneous      97 144
Waveguide propagation, inhomogeneous      98
Weak form, one-dimensional      72
Weak form, three-dimensional      229—230
Weak form, two-dimensional      102
Weighted residual      28 71 75
Whitney elements      51 140
Wilcox expansion      186
Windowed FMM      see “Fast Multipole Method”
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