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Iterative and Self-Adaptive Finite-Elements in Electromagnetic Modeling
Magdalena Salazar-Palma, Tapan K. Sarkar, Luis-Emilio Garcia-Castillo
“This book would be most useful to engineers involved in the development of finite element software and for those involved in the application of finite element software who need to understand the numerical techniques.”
---IEEE Electrical Insulation Magazine, July/August 1999
Ensure the accuracy of your results when applying the Finite Element Method (FEM) to electromagnetic and antenna problems with this self-contained reference. It provides you with a solid understanding of the method, describes its key elements and numerical techniques, and identifies various approaches to using the FEM in solving real-world microwave field problems.
Authored by four leading industry professionals, this information-packed, practical guide presents you with powerful new techniques for automatically generating self-adaptive meshes -- saving you hours of computation time youd otherwise spend producing adequate meshes by hand. You also learn a groundbreaking new method that allows you to solve scattering and radiation problems from open regions without the need for hybrid procedures or absorbing boundary conditions.
Filled with page after page of real-world examples and more than 1200 equations, this book is essential reading for microwave engineers who need to understand the latest numerical techniques behind FEM software applications, and for researchers wanting to get up to speed on new FEM adaptive procedures. It also serves as a valuable learning tool for graduate-level EM engineering students.
Contents: Overview. The Finite Element Method. Application of the Finite Element Method to Wave Guiding Problems. Self-Adaptive Algorithm for the Finite Element Method. Introduction of an Adaptive Strategy for Terminating Finite Element Meshes for Open Regions. Conclusions. Appendices. Bibliography.
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