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Results: 1-10 |
Results: 10
A FAST VECTOR-POTENTIAL METHOD USING TANGENTIALLY CONTINUOUS VECTOR FINITE-ELEMENTS
Authors: DYCZIJEDLINGER R PENG GH LEE JF
Citation: R. Dyczijedlinger et al., A FAST VECTOR-POTENTIAL METHOD USING TANGENTIALLY CONTINUOUS VECTOR FINITE-ELEMENTS, IEEE transactions on microwave theory and techniques, 46(6), 1998, pp. 863-868
AUTOMATIC MESH GENERATION USING A MODIFIED DELAUNAY TESSELLATION
Authors: LEE JF DYCZIJEDLINGER R
Citation: Jf. Lee et R. Dyczijedlinger, AUTOMATIC MESH GENERATION USING A MODIFIED DELAUNAY TESSELLATION, IEEE antennas & propagation magazine, 39(1), 1997, pp. 34-45
FAST FREQUENCY SWEEP TECHNIQUE FOR THE EFFICIENT ANALYSIS OF DIELECTRIC WAVE-GUIDES
Authors: POLSTYANKO SV DYCZIJEDLINGER R LEE JF
Citation: Sv. Polstyanko et al., FAST FREQUENCY SWEEP TECHNIQUE FOR THE EFFICIENT ANALYSIS OF DIELECTRIC WAVE-GUIDES, IEEE transactions on microwave theory and techniques, 45(7), 1997, pp. 1118-1126
FINITE-ELEMENT ANALYSIS OF ARBITRARILY-SHAPED CAVITY RESONATORS USINGH-1(CURL) ELEMENTS
Authors: PEREPELITSA SG DYCZIJEDLINGER R LEE JF
Citation: Sg. Perepelitsa et al., FINITE-ELEMENT ANALYSIS OF ARBITRARILY-SHAPED CAVITY RESONATORS USINGH-1(CURL) ELEMENTS, IEEE transactions on magnetics, 33(2), 1997, pp. 1776-1779
FULL-WAVE VECTOR MAXWELL EQUATION SIMULATION OF NONLINEAR SELF-FOCUSING EFFECTS IN 3 SPATIAL DIMENSIONS
Authors: POLSTYANKO SV DYCZIJEDLINGER R LEE JF
Citation: Sv. Polstyanko et al., FULL-WAVE VECTOR MAXWELL EQUATION SIMULATION OF NONLINEAR SELF-FOCUSING EFFECTS IN 3 SPATIAL DIMENSIONS, IEEE transactions on magnetics, 33(2), 1997, pp. 1780-1783
FULL VECTORIAL ANALYSIS OF A NONLINEAR SLAB WAVE-GUIDE BASED ON THE NONLINEAR HYBRID VECTOR FINITE-ELEMENT METHOD
Authors: POLSTYANKO SV DYCZIJEDLINGER R LEE JF
Citation: Sv. Polstyanko et al., FULL VECTORIAL ANALYSIS OF A NONLINEAR SLAB WAVE-GUIDE BASED ON THE NONLINEAR HYBRID VECTOR FINITE-ELEMENT METHOD, Optics letters, 21(2), 1996, pp. 98-100
A JOINT VECTOR AND SCALAR POTENTIAL FORMULATION FOR DRIVEN HIGH-FREQUENCY PROBLEMS USING HYBRID EDGE AND NODAL FINITE-ELEMENTS
Authors: DYCZIJEDLINGER R BIRO O
Citation: R. Dyczijedlinger et O. Biro, A JOINT VECTOR AND SCALAR POTENTIAL FORMULATION FOR DRIVEN HIGH-FREQUENCY PROBLEMS USING HYBRID EDGE AND NODAL FINITE-ELEMENTS, IEEE transactions on microwave theory and techniques, 44(1), 1996, pp. 15-23
APPLICATION OF ANISOTROPIC ABSORBERS TO THE ANALYSIS OF MMIC DEVICES BY THE FINITE-ELEMENT METHOD
Authors: DYCZIJEDLINGER R KINGSLAND DM PENG GH PEREPELITSA SG POLSTYANKO SV LEE JF
Citation: R. Dyczijedlinger et al., APPLICATION OF ANISOTROPIC ABSORBERS TO THE ANALYSIS OF MMIC DEVICES BY THE FINITE-ELEMENT METHOD, IEEE transactions on magnetics, 32(3), 1996, pp. 854-857
ON THE TREATMENT OF SHARP CORNERS IN THE FEM ANALYSIS OF HIGH-FREQUENCY PROBLEMS
Authors: BARDI I DYCZIJEDLINGER R PREIS K RICHTER KR
Citation: I. Bardi et al., ON THE TREATMENT OF SHARP CORNERS IN THE FEM ANALYSIS OF HIGH-FREQUENCY PROBLEMS, IEEE transactions on magnetics, 30(5), 1994, pp. 3108-3111
APPLICATION OF FEM TO COUPLED ELECTRIC, THERMAL AND MECHANICAL PROBLEMS
Authors: PREIS K BIRO O DYCZIJEDLINGER R RICHTER KR BADICS Z RIEDLER H STOGNER H
Citation: K. Preis et al., APPLICATION OF FEM TO COUPLED ELECTRIC, THERMAL AND MECHANICAL PROBLEMS, IEEE transactions on magnetics, 30(5), 1994, pp. 3316-3319
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