Electromagnetic Field Theory (English)

   Wednesday, September 23, 2020   

Starting a new Lecture Notes Series on Electromagnetic Field Theory

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Electromagnetic Field Theory By Lecture Notes together!

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Lecture Description of this above Topic:

Lecture 1: Introduction to EMFT(Electromagnetic Field Theory)

Lecture 2: Cartesian Coordinate system

Lecture 3: Cylindrical Coordinate system

Lecture 4: Spherical Coordinate system

Lecture 5: Del Operator (Gradient & Divergence)

Lecture 6: Del Operator (Curl & Laplacian)

Lecture 7: Numericals Based on Coordinate System

Lecture 8: Numericals Based on Del Operators

Lecture 9: Coulomb's Law & Electric Field Intensity

Lecture 10: Numerical Based on Coulomb's Law & Electric Field Intensity

Lecture 11: Electric Field Intensity Due to Charge Distribution

Lecture 12: Electric Field Intensity Due to Line Charge Density

Lecture 13: Electric Field Intensity Due to Surface Charge Density

Lecture 14: Electric Field Intensity Due to Circular Ring & Circular Disk

Lecture 15: Numerical Based on Charge Distribution

Lecture 16: Electric Flux

Lecture 17: Gauss Law & Its Applications

Lecture 18: Electric Field Intensity Due Conducting Sphere

Lecture 19: Electric Potential

Lecture 20: Method of Images

Lecture 21: Numerical Based on Electric Potential

Lecture 22: Capacitance

Lecture 23: Magnetostatic

Lecture 24: Magnetic Field Intensity Due To Straight Filamentry Conducto

Lecture 25: Numerical Based on Biot Savart's Law

Lecture 26: Ampere's Law

Lecture 27: Magnetic Field Intensity due to Coaxial Transmission Line

Lecture 28: Magnetic Flux

Lecture 29: Magnetic Field due to Solenoid and Toroid

Lecture 30: Inductance and Related Numericals

Lecture 31: Faraday's Law