Electromagnetic Fields with MATLAB and Scilab Programs

295

Author: Senthilkumar

ISBN Print Book: 9789391549978

Copy Right Year: 2022

Pages:  304

Binding: Soft Cover

Publisher:  Yes Dee Publishing

Price: 295

SKU: 9789391549978 Categories: ,

Description

Electromagnetic Fields with MATLAB and Scilab programs is designed for a one semester undergraduate course for students of Electrical and Electronics Engineering, and Electronics and Communication Engineering.

A key feature of this book is the extensive use of Matlab and Scilab based examples that illustrates the programs’ powerful capability to solve electromagnetic field problems. The reader can run these programs to verify the results. Matlab programs are written in such a manner that it can run in any Matlab version. There are 25 open source Scilab programs altogether in the text that have been tested under Scilab software version 5.2 or more. Another attractive feature of this book is the inclusion of more than 100 solved problems and 80 two mark questions.

Additional information

Weight .36 kg
Dimensions 28 × 16 × 2 cm

Table of Content

Chapter 1 Static Electric Fields

1.1 Different Coordinate Systems

1.2 Coulomb’s Law

1.3 Electric Field Intensity (E)

1.4 Electric Field Due to Discrete Charges

1.5 Principle of Superposition of Fields

1.6 Electric Field Intensity Due to Continuous Volume Charge Distribution

1.7 Electric Field Due to Charges Distributed Uniformly on an Infinite Line

1.8 Electric Field Due to Finite Line Charge

1.9 Electric Field Intensity Due to Infinite Sheet of Charge

1.10 Electric Field on the Axis of a Uniformly Charged Circular Disc

1.11 Potential or Potential Difference

1.12 Relationship between Potential (V ) and Electric Field Intensity (E)

1.13 Gradient V or ΔV

1.14 Potential Due to Electric Dipole

1.15 Potential Due to Infinite Line Charge

1.16 Electric  Flux Density (D) coulombs/meter2

1.17 Gauss’s Law for Electric Field

1.18 Applications of Gauss’s Law

1.19 Divergence

1.20 Divergence Theorem

1.21 Ampere’s Circuital Law

1.22 Curl

1.23 Stoke’s Theorem

1.24 Solenoidal and Irrotational

Short Questions with Answers

Big Questions

Solved Problems

MATLAB Programs

Chapter 2 Steady Magnetic Field

2.1 BiotSavart Law

2.2 Magnetic Field Intensity Due to Infinite Wire Carrying Current

2.3 Magnetic Field Intensity Due to Finite Wire

2.4 Magnetic Flux Density B (Wb/m2)or (tesla)

2.5 Magnetic Flux Φ (weber)

2.6 Gauss’s Law for Magnetic Field

2.7 Magnetic Field Intensity on the Axis of a Circular Loop

2.8 Magnetic Field Intensity at the Center of a Rectangular Current Carrying Loop

2.9 Lorentz Force Equation for Moving Charge

2.10 Force on a Wire Carrying a Current I Placed in the Magnetic Field

2.11 Torque

2.12 Torque on a Loop Carrying Current I

2.13 Magnetic Moment or Magnetic Dipole Moment

2.14 Magnetic Vector Potential (A):Wb/morTesla.meter

2.15 Ampere’s Circuital Law

2.16 Applications of Ampere’s Circuital Law

Short Questions with Answers

Big Questions

Solved Problems

MATLAB Programs

Chapter 3 Electric and Magnetic Field in Materials  

3.1 Poisson’s and Laplace’s Equation

3.2 Electric Polarization

3.3 Nature of Dielectric Materials

3.4 Definition of Capacitance

3.5 Capacitance of Various Geometrics using Laplace Equation

3.6 Electrostatic Energy and Energy Density or Energy Density in an

Electrostatic Field

3.7 Electric Current ( I )

3.8 Current Density ( J )

3.9 Point form of Ohm’s Law

3.10 Ohm’s Law

3.11 Resistance (R)

3.12 Continuity Equation for Current

3.13 Boundary Conditions for Electric Fields

3.14 Definition of Inductance

3.15 Inductance of Solenoids

3.16 Inductance of Toroid

3.17 Inductance of the Coaxial Cable

3.18 Definition of Mutual Inductance

3.19 Energy and Energy Density in Magnetic Fields

3.20 Nature of Magnetic Materials

3.21 Magnetization and Permeability

3.22 Magnetic Boundary Conditions

Short Questions with Answers

Big Questions

Solved Problems

MATLAB Programs

Chapter 4 Time Varying Electric and Magnetic Fields

4.1 Faraday’s Law of Electromagnetic Induction

4.2 Maxwell’s Equation from Faraday’s Law

4.3 Derivation of Equation for Motional EMF (Moving Conductor in a

Magnetic Field)

4.4 Displacement Current (ID)

4.5 Maxwell’s Equation from Ampere’s Circuital Law

4.6 Maxwell’s Four Equation in Integral form and Differential form for Time

Varying Field

4.7 Maxwell’s Four Equation for Non-Time Varying Field

4.8 Maxwell’s Four Equation for Free Space

4.9 Poynting Vector and Power Flow

4.10 Power Flow in a Coaxial Cable

4.11 Instantaneous, Average and Complex Poynting Vector

Short Questions with Answers

Big Questions

Solved Problems

MATLAB Programs

Chapter 5 Electromagnetic Waves

5.1 Derivation of Wave Equation

5.2 Uniform Plane Waves

5.3 Wave Equation for a Conducting Medium

5.4 Plane Waves in Lossy Dielectrics – Wave Propagation in Good Dielectrics

5.5 Wave Propagation in Good Conductors

5.6 Depth of Penetration δ or Skin Depth or Skin Effect

5.7 Max well’s Equation in Phasor Form

5.8 Wave Equation in Phasor Form

5.9 Reflection by a Perfect Conductor – Normal Incidence

5.10 Reflection by a Perfect Dielectric -Normal Incidence

5.11 Reflection by a Perfect Insulator -Oblique Incidence

5.12 Polarization – Linear, Circular and Elliptical Polarization

Short Questions with Answers

Big Questions

Solved Problems

MATLAB Programs

 

Appendix A Important Formulas

Appendix B Anna University Sample Question Papers

Appendix C Scilab Software Programs

Index

About The Author

Dr. R. Senthilkumar is Assistant Professor in Department of Electronics and Communication Engineering at Government College of Engineering (formerly Institute of Road and Transport Technology), Erode, Tamilnadu. He received his PhD in the area of Image Processing from Anna University, Chennai, in 2019. He has 20 years of teaching experience. His areas of interest include Image denoising, Face recognition, Image compression, Edge detection, Multi rate signal processing, Echo cancellation and Speech noise cancellation. He has published 29 papers in various journals, conferences and book chapters. He has already authored six books. He has 6 copyrights from IPR, New Delhi and 1 patent filed.

https://www.researchgate.net/profile/Dr-Senthilkumar

http://www.geocities.ws/senthilirtt/Dr.R.Senthilkumar_ECE_IRTT

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