Finite Element Methods for Electromagnetics by Stanley Humphries Jr
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About this book :-
This book is a toolbox of practical numerical methods for scientists and engineers who deal with electric and magnetic fields. The text is designed for self-study or as a one-term course for advanced undergraduates to solve real-world problems in research and industry. It concentrate on finite-element techniques that can handle complex geometries and materials. The methods apply to a broad range of systems, including biological media, plasma processing reactors, accelerators, solid-state devices, and rotating electrical equipment. The material can help you write your own programs, either for direct field solutions or analyses of results from other programs. It can also help you apply packaged software more effectively.
This book is a bridge between introductory texts on electromagnetism and the growing list of advanced references on numerical field techniques. Standard texts emphasize analytic techniques and usually include exercises that are solvable on hand calculators. Despite the growing importance of computers in electromagnetic design, limits on time and hardware often preclude detailed coverage of numerical techniques in introductory courses. It addresses the problem partly by coordinating the material with integrated software for personal computers. Another feature of the book is an emphasis on interdisciplinary applications.
Book Detail :-
This book has following details information.
Title:
Finite Element Methods for Electromagnetics by Stanley Humphries Jr by NA
Publisher:
CRC Press
Series:
FreeCompBooks, eBooksDirecotry
Year:
2010
Pages:
327
Type:
PDF
Language:
English
ISBN-10 #:
0849316685
ISBN-13 #:
978-0849316685
Country:
Pakistan
License:
N\A
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About Author :-
The author NA
NA
Book Contents :-
conver the following topics.
1. Introduction 2. Finite-element Electrostatic Solutions 3. Minimum-energy Principles in Electrostatics 4. Finite-difference Solutions and Regular Meshes 5. Techniques for Numerical Field Solutions 6. Matrix Methods for Field Solutions 7. Analyzing Numerical Solutions 8. Non-linear and Anisotropic Materials 9. Finite-element Magnetostatic Solutions 10. Static Field Analysis and Applications 11. Low-frequency Electric and Magnetic Fields 12. Thermal Transport and Magnetic Field Diffusion 13. Electromagnetic Fields in One Dimension 14. Two and Three-dimensional Electromagnetic Simulations
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