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Detailed Technical Program |
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Monday, June 4, 2012, Billiard Room |
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Session 1: Modeling and Design of Antennas and Arrays
Using FEM (R. Kindt, D. Filipovic, E. Topsakal) |
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| 8:00 |
Paper 1.1. Highly Coupled Bow-Tie Array Design with
Passive Elements |
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Safa Salman*, Dimitris Psychoudakis, and John L. Volakis |
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| 8:20 |
Paper 1.2. Fully Overlapping Domain Decomposition in
Simulating Irregularly Arranged Arrays in Large Media |
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Tao Peng*, Kubilay Sertel, and John L. Volakis |
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| 8:40 |
Paper 1.3. Modeling of Antennas and Arrays Using Domain
Decomposition Method |
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Kezhong Zhao* and Nancy Lambert |
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| 9:00 |
Paper 1.4. Theoretical Analysis of Varactor-loaded
Half-width Leaky-wave Antenna Arrays |
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Leo C. Kempel*, B. Shanker, Edward J. Rothwell, and Prem
Chahal |
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| 9:20 |
Paper 1.5. Non-conformal Domain Decomposition Methods for
Modeling Large Finite Antenna Arrays |
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Zhen Peng, Kheng-Hwee Lim, and Jin-Fa Lee |
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| 9:40 |
Coffee break |
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| 10:10 |
Paper 1.6. Investigation of the Scattering Behavior of
Transponder Antennas in Case of Nonlinear Termination |
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Thomas Bauernfeind*, Kurt Preis, Gergely Koczka, and
Oszkar Biro |
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| 10:30 |
Paper 1.7. On the Design of Finite Planar Ultrawideband
Modular Antenna (PUMA) Arrays using Domain Decomposition Methods |
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Steve S. Holland, Jack T. Logan, Rick W. Kindt, and
Marinos N. Vouvakis* |
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Session 3: Time-Domain FEM and Applications (D. White, O.
Biro, T. Rylander) |
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| 10:50 |
Paper 3.1. Numerical Simulation of HPM Devices with
ICEPIC |
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Andrew D. Greenwood* |
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| 11:10 |
Paper 3.2. Time Domain Method for Periodic Nonlinear Eddy
Current Problems |
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Oszkár Bíró, Gergely Koczka, and Kurt Preis |
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| 11:30 |
Paper 3.3. Hybrid FETD/FDTD Techniques Based on the
Discontinuous Galerkin Method |
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Bao Zhu, Jiefu Chen, Wanxie Zhong, and Qing Huo Liu |
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| 11:50 |
Lunch break |
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| 13:10 |
Paper 3.4. Transient Thermal Analysis using a
Non-conformal Domain Decomposition Approach |
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Yang Shao* , Zhen Peng, and Jin-Fa Lee |
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| 13:30 |
Paper 3.5. An Explicit and Unconditionally Stable
Time-Domain Finite-Element Method of Linear Complexity |
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Qing He, Duo Chen, and Dan Jiao |
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| 13:50 |
Paper 3.6. Conformal PML Modeling in DGTD using
Continuous Material Properties |
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Jue Wang*, Zhen Peng, and Jin-Fa Lee |
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Session 5: Model Order Reduction Techniques (R.
Dyczij-Edlinger, V. de la Rubia) |
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| 14:10 |
Paper 5.1. Reduced-order Electromagnetic Modeling in the
Presence of Uncertainty |
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Juan S. Ochoa and Andreas C. Cangellaris* |
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| 14:30 |
Paper 5.2. Efficient Model Order Reduction for FEM
Analysis of Waveguide Structures and Resonators |
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Fotyga G.*, Kulas L., Nyka K., and Mrozowski M. |
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| 14:50 |
Paper 5.3. Model Order Reduction for Systems with
Geometrical Parameters |
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Kynthia K. Stavrakakis*, Tilmann Wittig, Wolfgang
Ackermann, and Thomas Weiland |
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| 15:10 |
Coffee break |
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| 15:40 |
Paper 5.4. Reduced-Order Models for Geometric Parameters |
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Stefan Burgard*, Ortwin Farle, and Romanus
Dyczij-Edlinger |
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| 16:00 |
Paper 5.5. Seamless Reduced Basis Element Method for
Waveguide Simulation |
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Yanlai Chen*, Jan S. Hesthaven, and Yvon Maday |
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| 16:20 |
Paper 5.6. The Reduced Basis Method for Saddle Point
Problems |
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Karen Veroy* and Anna-Lena Gerner |
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| 16:40 |
Paper 5.7. Reliable Fast Frequency Sweep of Microwave
Circuits via the Reduced-Basis Method |
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Valentin de la Rubia |
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| 17:00 |
Paper 5.8. Reduced Order Modeling of High Magnetic Field
Magnets |
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C. Daversin, C. Prudhomme, C. Trophime*, and S. Veys |
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| 17:20 |
Technical program ends for the day |
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Monday, June 4, 2012, Music Room |
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Session 2: Discontinuous Galerkin Methods (Q. H. Liu, W.
Cai) |
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| 8:00 |
Paper 2.1. On the Physics, Accuracy, and Efficiency of
the Dual-Field Domain-Decomposition Method for Time-Domain Electromagnetic
Simulation |
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Xiaolei Li and Jian-Ming Jin* |
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| 8:20 |
Paper 2.2. A Full Vectorial Generalized Discontinuous
Galerkin Beam Propagation Method for Optical Waveguides |
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Wei Cai* |
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| 8:40 |
Paper 2.3. Non-Conformal and Parallel and Interior
Penalty Discontinuous Galerkin Method for the Time-Domain Maxwell's Equations |
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Stylianos Dosopoulos and Jin-Fa Lee |
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| 9:00 |
Paper 2.4. Discontinuous Galerkin Methods for Ideal MHD
Equations |
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Fengyan Li* |
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| 9:20 |
Paper 2.5. New Spectral-Prism-Element for Layered
Structures implemented in an efficient implicit DG-FETD method |
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Luis E. Tobon and Qing H. Liu* |
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| 9:40 |
Coffee break |
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| 10:10 |
Paper 2.6. An Efficient Discontinuous Galerkin
Finite-Element Time-Domain Method and its Application to Micro-Resistivity
Imager |
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Jiefu Chen, Carlos Haramboure, Lance Pate, Shawn Wallace,
Jay Martin, Medhat Mickael, and Mac Wisler |
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Session 4: FEM and CEM Applications in Optics and
Nanophotonics (E. Simsek) |
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| 10:30 |
Paper 4.1. Electromagnetic Scattering of Finite Size
Periodic Large Scale System: Simulation by Domain Decomposition Spectral
Element Method |
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Ma Luo and Qing Huo Liu* |
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| 10:50 |
Paper 4.2. Efficient alternatives to edge vector finite
elements for EM field calculations using Hermite interpolation polynomial
basis functions on a nodal grid in 2D |
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J. D. Albrecht, C. R. Boucher, C. I. Ahheng, and L. R.
Ram-Mohan |
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| 11:10 |
Paper 4.3. Parallel Finite Element Electromagnetic Code
Suite for Accelerator Modeling and Simulation |
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Cho Ng, Lixin Ge, Kwok Ko, Kihwan Lee, Zenghai Li, Greg
Schussman, and Liling Xiao |
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| 11:30 |
Paper 4.4. Optical, Electromagnetics, and Thermal
Modeling of Interaction of a Focused Beam of Light with Plasmonic
Nanoparticles |
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Eren S. Unlu and Kursat Sendur* |
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| 11:50 |
Lunch break |
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| 13:10 |
Paper 4.5. Finite Element Analysis of Wideband
Nanostructures for Photovoltaic Applications |
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Niccolo Breda, Giuseppe Pelosi, Stefano Selleri, and
Ruggero Taddei |
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| 13:30 |
Paper 4.6. Hybrid Optical Waveguides |
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Ergun Simsek* and Qing H. Liu |
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Session 6: Advances in Vector Bases for CEM (R. Graglia,
A. Peterson, D. Wilton) |
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| 13:50 |
Paper 6.1. On the Construction of Well-conditioned
Hierarchical Bases for Tetrahedral H(curl)-Conforming Nedelec Element |
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Wei Cai* and Jianguo Xin |
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| 14:10 |
Paper 6.2. High Order Finite Elements for Computational
Physics: An LLNL Perspective |
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Robert N. Rieben* |
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| 14:30 |
Paper 6.3. FEM-MoM-Diakoptic Analysis of Scatterers with
Anisotropic Inhomogeneities Using Hierarchical Vector Bases on Large Curved
Elements |
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Ana B. Manić*, Dragan I. Olćan, Milan M.
Ilić, and Branislav M. Notaro |
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| 14:50 |
Paper 6.4. Rapid, High-Order Finite Element Modelling
with FEniCS and SUCEM:FEM |
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A.J. Otto*, E. Lezar, N. Marais, R.G. Marchand, and D.B.
Davidson |
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| 15:10 |
Coffee break |
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| 15:40 |
Paper 6.5. Issues Arising in Connection with Singular
Vector Bases |
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Roberto D. Graglia and Andrew F. Peterson* |
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| 16:00 |
Paper 6.6. An Orthogonal Prism Vector Bases Based
Quadratic Eigenvalue Solver of Linear Complexity for 3-D Electromagnetic
Analysis |
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Jongwon Lee, Duo Chen, and Dan Jiao |
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| 16:20 |
Paper 6.7. Preliminary Research on the Discontinuous
Enrichment Method Based Domain Decomposition Scheme for Solving the
Three-Dimensional Vector Curl-Curl Equation |
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Ming-Feng Xue* and Jian-Ming Jin |
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| 16:40 |
Paper 6.8. An Iterative Domain Decomposition Method for
Solving Wave Propagation Problems |
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Gergely Koczka, Kurt Preis*, Thomas Bauernfeind, and
Oszkár Bíró |
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| 17:00 |
Paper 6.9. Evaluating Singular and Near-Singular
Integrals on Curvilinear Elements |
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Donald R. Wilton* |
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| 17:20 |
Technical program ends for the day |
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Tuesday, June 5, 2012, Billiard Room |
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Session 7: FETD Modeling of Complex Media and Structures
(R. Lee, F. Teixeira) |
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| 8:00 |
Paper 7.1. FETD/FDTD with Automatic Hybrid Mesh
Generation |
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Shumin Wang* |
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| 8:20 |
Paper 7.2. Study of Numerical Dispersion for
Quadrilateral and Triangular Elements Used in the Mixed Finite Element Method |
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Luis E. Tobon and Qing H. Liu* |
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| 8:40 |
Paper 7.3. Probabilistic Finite-Difference Time-Domain
Method Through Stochastic Electromagnetic Macro-Models |
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Ata Zadehgol*, Andreas C. Cangellaris |
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| 9:00 |
Paper 7.4. Advancing Ultrahigh Field Human MRI using FDTD
Method |
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Tamer S. Ibrahim* |
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| 9:20 |
Paper 7.5. The Use of Multiple Time Steps in the FDTD
Method |
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Ruben Ortega and Robert Lee* |
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| 9:40 |
Coffee break |
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Session 9: Advances in Hybrid Methods and Multiphysics
Problems (B. Shanker, L. Kempel) |
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| 10:10 |
Paper 9.2. Thermal-Aware DC IR-Drop Co-Analysis using a
Non-conformal Domain Decomposition Approach |
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Yang Shao*, Zhen Peng, Jin-Fa Lee |
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| 10:30 |
Paper 9.3. Development of Time Domain Discontinuous
Galerkin-Vector Generalized Finite Element Method |
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O. Tuncer, B. Shanker*, L. C. Kempel |
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| 10:50 |
Paper 9.4. Multi-solver-based Generalized Impedance
Boundary Condition for Complicated EM Simulation |
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Shiquan He, Jun Hu*, Zaiping Nie, Lijun Jiang, W. C. Chew |
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| 11:10 |
Paper 9.5. Analysis of Electromechanical Devices Using
the Dual-Primal Finite Element Tearing and Interconnecting Method
Incorporated with the LU Recombination Method |
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Wang Yao*, Jian-Ming Jin |
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| 11:30 |
Paper 9.6. Alternative Formulations for Hybrid
Electromagnetic-Circuit Simulators |
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Vivek Subramanian, Ali E. Yılmaz* |
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| 11:50 |
Lunch break |
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| 13:10 |
Paper 9.7. Symmetric and Nonsymmetric FEM-MoM Techniques
Using Higher Order Hierarchical Vector Basis Functions and Curved Parametric
Elements |
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Ana Manić*, Milan Ilić, Branislav Notaro |
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Session 11: Domain-Decomposition Methods (J.-F. Lee, Z.
Peng) |
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| 13:30 |
Paper 11.1. Analysis of Three-Dimensional Array
Structures Using Nonconformal and Cement FETI-DP Methods |
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Ming-Feng Xue* and Jian-Ming Jin |
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| 13:50 |
Paper 11.2. A Domain-Decomposition-Based Preconditioner
of FE-BI-MLFMA for Computing EM Scattering by Large Inhomogeneous 3D Targets |
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Ming-Lin Yang, Xin-Qing Sheng, and Cheng-Dan Huang |
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| 14:10 |
Paper 11.3. On the Computational Complexity of Domain
Wise Multilevel Multifrontal Method |
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Peng Liu* and Chao-Fu Wang |
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| 14:30 |
Paper 11.4. Harmonic Balance Domain Decomposition Finite
Element for Nonlinear Passive Microwave Devices Analysis |
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Laurent Ntibarikure, Giuseppe Pelosi, and Stefano Selleri |
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| 14:50 |
Paper 11.5. Application of Tree-Cotree Splitting to the
Dual-Primal Finite Element Tearing and Interconnecting Method for Solving
Low-Frequency Breakdown Problems |
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Wang Yao* and Jian-Ming Jin |
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| 15:10 |
Coffee break |
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| 15:40 |
Paper 11.6. Edge Elements and DPM with PBSV to Accelerate
Solving Scattering Problems of Electrically Large Objects |
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Lianyou Sun*, Lishan Xue, and Wei Hong |
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| 16:00 |
Paper 11.7. Enhancement of Second-harmonic Generation in
an Air-bridge Photonic Crystal Slab: Simulation by Spectral Element Method |
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Ma Luo and Qing Huo Liu* |
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| 16:20 |
Paper 11.8. A Non-overlapping and Non-conformal Domain
Decomposition Method with Optimized Second Order Transmission Conditions for
Time-Harmonic Maxwell Equations in R3 |
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Zhen Peng and Jin-Fa Lee |
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| 16:40 |
Paper 11.9. The Quest for Robust Domain Decomposition
Methods in CEM: Are We There Yet? |
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Marinos N. Vouvakis* and Georgios N. Paraschos |
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| 17:00 |
Technical program ends for the day |
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Tuesday, June 5, 2012, Music Room |
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Session 8 Adaptive FEM, Higher Order Bases, and Advanced
FEM Formulations (J. Webb, M. Gavrilovic, M. Salazar Palma, L.
Garcia-Castillo) |
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| 8:00 |
Paper 8.1. Hp-adaption for Computing Scattering
Parameters on Tetrahedral Meshes |
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J. P. Webb |
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| 8:20 |
Paper 8.2. Efficient RCS Prediction of Jet Engine Air
Intakes Using hp-FEM and Reduced Order Modeling |
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Adam Zdunek* and Waldemar Rachowicz |
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| 8:40 |
Paper 8.3. Rules for Adoption of Expansion and
Integration Orders in FEM Analysis Using Higher Order Hierarchical Bases on
Generalized Hexahedral Elements |
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Nada J. ekeljić*, Slobodan V. Savić, Milan M.
Ilić, and Branislav M. Notaro |
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| 9:00 |
Paper 8.4. Auxiliary Space Preconditioning for
Hierarchical Elements |
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A. Aghabarati, J. P. Webb |
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| 9:20 |
Paper 8.5. Chain Homotopy Operators and Whitney
form-based Finite Element Analysis |
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P. Robert Kotiuga* |
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| 9:40 |
Coffee break |
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| 10:10 |
Paper 8.6. Comparative Performance of Nodal-Based Versus
Edge-Based Finite Element Formulations |
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Ruben Otin*, Santiago Badia, and Luis E. Garcia-Castillo |
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| 10:30 |
Paper 8.8. A Three-Dimensional Self-Adaptive hp Finite
Element Method for the Characterization of Waveguide Discontinuities |
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Ignacio Gomez-Revuelto, Luis E. Garcia-Castillo, Sergio
Llorente-Romano, and David Pardo |
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Session 10: FEM Modeling and Applications of
Metamaterials and Periodic Media (K. Sertel, J. Volakis) |
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| 10:50 |
Paper 10.1. Finite Element Modeling of Magnetic
Metamaterials and Associated Challenges for Their Experimental
Characterization |
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Nil Apaydin* , Kubilay Sertel, and John L. Volakis |
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| 11:10 |
Paper 10.2. A Method for Rapid Evaluation of Space-time
Convolutions with the Time Domain Periodic Green's Function |
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D. Dault and B. Shanker* |
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| 11:30 |
Paper 10.3. Finite Element Analysis of Photon Density of
States for Two-Dimensional Photonic Crystals with Omnidirectional Light
Propagation |
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R. F. Jao and M. C. Lin |
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| 11:50 |
Lunch break |
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| 13:10 |
Paper 10.4. A Hybrid Approach for Characterizing Large
Anisotropic and Inhomogeneous Metamaterial Structures |
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Justin G. Pollock and Ashwin K. Iyer* |
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Session 12: Advanced FEM/MoM Modeling, Design, and
Optimization (C.J. Reddy, U. Jakobus, J. Zapata, J. Gil, D. Jiao, A.
Cangellaris) |
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| 13:30 |
Paper12.1. Overview of the Hybrid Finite Element
Method/Method of Moments Capability in FEKO |
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Marianne Bingle*, Ulrich Jakobus, and Johann J. van
Tonder |
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| 13:50 |
Paper12.2. Application of Hybrid FEM/MoM Technique for
Handheld Mobile Devices |
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Rensheng Sun and C. J. Reddy |
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| 14:10 |
Paper12.3. Application of Hybrid FEM/MoM Technique for
Cavity Backed Apertures |
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Gopinath Gampala, Rensheng Sun and C. J. Reddy |
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| 14:30 |
Paper12.4. Eigenproblem Approach for Analysis and
Optimization of Microwave Filters Using Finite Element Method |
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Adam Lamecki, Michal Mrozowski |
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| 14:50 |
Paper12.5. Does Sensitivity Analysis for Fast Frequency
Sweeps Converge? |
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Andreas Köhler, Ortwin Farle, Romanus Dyczij-Edlinger* |
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| 15:10 |
Coffee break |
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| 15:40 |
Paper12.6. Benchmark of Conformal Finite-Difference
Method against Finite Element Method |
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M. C. Lin |
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| 16:00 |
Paper12.7. Layout-Integrated Electromagnetic
Interconnect Characterization and Simulation |
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Dennis Nagle, Jilin Tan, Jian-Ming Jin |
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| 16:20 |
Paper12.8. An Extraction-Free Circuit Simulator of
Linear Complexity Guided by Electromagnetics-Based First Principles |
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Qing He, Duo Chen, and Dan Jiao |
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| 16:40 |
Paper12.9. A model reduction method for multiple
particle electromagnetic scattering in three dimensions |
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M. Ganesh*, J. Hesthaven, and B. Stamm |
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| 17:00 |
Technical program ends for the day |
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Wednesday, June 6, 2012, Music Room |
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| 15:00 |
Open forum discussion 1: Open Forum Discussion on FEM
and CEM Bases, Elements, and Formulations |
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(A. Peterson, D. Wilton, J. Webb, K. Sertel) |
| 15:45 |
Open forum discussion 2: Open Forum Discussion on DDM,
MOR, and Efficient FEM and Hybrid Solutions |
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(J.-F. Lee, Zhen Peng, R. Dyczij-Edlinger, V. de la Rubia) |
| 16:30 |
Coffee break |
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| 16:50 |
Open forum discussion 3: Open Forum Discussion on
FEM-Based Modeling, Design, and Applications |
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(L. Kempel, B. Shanker, R. Kindt, C.J. Reddy, K. Zhao, T. Euler) |
| 18:00 |
Technical program ends for the day |
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