Computational Electromagnetics

1. Front Matter

   Pages i-viii

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2. Characteristic Basis Function Method

   • Eliseo Garcia, Felipe Cátedra, Raj Mittra

   Pages 1-40

3. Parallelization Strategies for the Characteristic Basis Function Method

   • Eliseo García, Juan I. Pérez, José A. de Frutos, Felipe Cátedra, Raj Mittra

   Pages 41-74

4. Fast Analysis of Periodic Antennas and Metamaterial-Based Waveguides

   • Rob Maaskant

   Pages 75-109

5. Efficient Numerical Techniques for Analyzing Microstrip Circuits and Antennas Etched on Layered Media via the Characteristic Basis Function Method

   • Giacomo Bianconi, Raj Mittra

   Pages 111-148

6. The Locally Corrected Nyström Method for Electromagnetics

   • Stephen D. Gedney, John C. Young

   Pages 149-198

7. An Efficient Dipole-Moment-Based Method of Moments (MoM) Formulation

   • Kadappan Panayappan, Chiara Pelletti, Raj Mittra

   Pages 199-226

8. Linear Embedding via Green’s Operators

   • Vito Lancellotti, Anton G. Tijhuis

   Pages 227-257

9. Solution to the Low-Frequency Breakdown Problem in Computational Electromagnetics

   • Jianfang Zhu, Dan Jiao

   Pages 259-316

10. New Finite Difference Time Domain (νFDTD) Electromagnetic Field Solver

    • Kadappan Panayappan, Raj Mittra

    Pages 317-338

11. Asymptotic Techniques for Transient Analysis

    • Nan-Wei Chen, Hsi-Tseng Chou

    Pages 339-392

12. Numerical Techniques for Efficient Analysis of FSSs, EBGs and Metamaterials

    • Chiara Pelletti, Ravi Kumar Arya, Arash Rashidi, Hossein Mosallaei, Raj Mittra

    Pages 393-443

13. Efficient Hybrid Algorithms for Characterizing 3-D Doubly Periodic Structures, Finite Periodic Microstrip Patch Arrays, and Aperiodic Tilings

    • Xiande Wang, Douglas H. Werner, Jeremiah P. Turpin, Pingjuan L. Werner

    Pages 445-486

14. FDTD Modelling of Transformation Electromagnetics Based Devices

    • Yang Hao, Christos Argyropoulos, Wen Xuan Tang

    Pages 487-515

15. Designing Cloaks and Absorbing Blankets for Scattering Reduction Using Field and Impedance Transformation Techniques

    • Raj Mittra, Yuda Zhou

    Pages 517-538

16. Field Transformation Approach to Designing Lenses

    • Sidharath Jain, Raj Mittra

    Pages 539-552

17. Application of Signal Processing Techniques to Electromagnetic Sub-Wavelength Imaging

    • Raj Mittra, Xiang Gu, Chiara Pelletti

    Pages 553-574

18. Wireless Propagation Modeling by Using Ray-Tracing

    • Alessandro Corucci, Pierpaolo Usai, Agostino Monorchio, Giuliano Manara

    Pages 575-618

19. Modeling the Quantum Effects in Electromagnetic Devices

    • Iftikhar Ahmed, Erping Li

    Pages 619-649

20. FETI Methods

    • François-Xavier Roux, André Barka

    Pages 651-685

Emerging Topics in Computational Electromagnetics in Computational Electromagnetics presents advances in Computational Electromagnetics. This book is designed to fill the existing gap in current CEM literature that only cover the conventional numerical techniques for solving traditional EM problems. The book examines new algorithms, and applications of these algorithms for solving problems of current interest that are not readily amenable to efficient treatment by using the existing techniques. The authors discuss solution techniques for problems arising in nanotechnology, bioEM, metamaterials, as well as multiscale problems. They present techniques that utilize recent advances in computer technology, such as parallel architectures, and the increasing need to solve large and complex problems in a time efficient manner by using highly scalable algorithms.

• 3-D Periodic Structures
• Advances in Numerical Techniques
• Asymptotic Methods for Transient Analysis
• Characteristic Basis Function Method (CBFM)
• Dipole Moment Method (DM)
• Large Phased Arrays
• Low Frequency Breakdown problems
• Microwave Engineering
• Parallelization Schemes for Computational Electromagnetics
• Plasmonic Scatterers and Arrays
• Quantum Effects in Electromagnetic devices
• Wireless Propagation Modeling

“This book collects in 19 chapters new computational techniques, developed in the engineering community, to solve large-scale and complex electromagnetic problems by using highly scalable algorithms. … The material in this book is useful to researchers, engineers, and graduate students who work on contemporary topics and recent developments in computational electromagnetics. Also specialists in numerical mathematics may be interested to analyze the presented algorithms and apply them in other computational disciplines.” (Gunther Schmidt, zbMATH 1342.78002, 2016)

• EE Department, Penn State University, University Park, USA

  Raj Mittra

Professor of Electrical Engineering and Director of the EMC Lab at Penn State University.

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