Engineering Electromagnetics

Engineering Electromagnetics by J. P. Tiwari

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Book Summary:

There has been a growing awareness that the undergraduate students in electrical and electronics engineering require a deep understanding of the principles of electric and magnetic fields as background for the subject referred to engineering electromagnetics or energy conversion. The aim of the book is to present the basic elements of electromagnetic theory for an introductory course. This text presumes an understanding of basic calculus. The subject is developed in terms of vectors and analysis of vectors but without great detail concerning mathematical aspects ofvedor analysis in thl' text.

Audience of the Book :

This book Useful for Electrical Engineering Students.

Table of Content:

1. Vector Analysis

2. Coulomb's Law And Electric Field Intensity

3. Staic Electric Field-1

4. Static Electric Field-2

5. Solutions To Static Field Problems Numerical Methods

6. Field Mapping Technique For

7. The Steady Electric Current

8. The Steady Magnetic Field Of Steady Electric Currents

9. The Static Magnetic Field Of Ferromagnetic Materials

10. Electromagnetic Induction

11. Maxwell's Equations

12. Plane Electromagnetic Waves

13. Guided Electromagnetic Waves

14. Tem Waves On Two Conductor Transmission Lines

15. Wave Guides

16. Renonant Cavities

17. Antenna And Radiation

Index