March 2014
Intermediate
876 pages
28h 17m
English
Content preview from The Finite Element Method in Electromagnetics, 3rd Edition
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INDEX
- Absorber, anisotropic
- Absorber, fictitious
- Absorbing boundary condition:
- adaptive, see Adaptive absorbing boundary condition
- Floquet
- in time domain
- three-dimensional
- 1st-order
- 2nd-order
- for periodic boundary
- for scattering computation
- two-dimensional
- 1st-order
- 2nd-order
- 3rd-order
- for curved boundary
- for periodic boundary
- for planar boundary
- for scattering computation
- Additive Schwarz method
- Accuracy vs. element order:
- for 1D scalar elements
- for 2D scalar elements
- for time domain
- for vector elements
- Adaptive absorbing boundary condition
- Adjoint equation
- Adjoint matrix
- Adjoint problem
- Algorithms:
- banded matrix
- biconjugate gradient
- conjugate gradient
- preconditioned
- LDLT decomposition
- LU decomposition
- profile storage
- sample finite element
- Alternating Schwarz method
- Anisotropic absorber
- Anisotropic medium:
- biaxial
- general
- Maxwell’s equations
- uniaxial
- variational principle
- Antenna feed, modeling of
- Antennas:
- axisymmetric
- biconical
- conical
- corrugated horn
- microstrip array
- microstrip patch
- phased-array
- Vivaldi
- Approximate modal interface (AMI)
- Area coordinates
- Arnoldi method
- ARPACK
- Associated Legendre polynomial
- Asymptotic waveform evaluation (AWE)
- Axisymmetric problems:
- antennas
- electrostatic
- magnetostatic
- B-conjugate
- B-orthogonal
- B-spline function
- Backscatter radar cross section, see Radar cross section
- Backward difference
- Balanced domain decomposition (BDD)
- Banded matrix solver
- Bandgap diagram
- Basis functions (see also Interpolation functions):
- definition ...
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