EP 440: Engineering Electromagnetics (Spring 2013)

Jonathan B. Snively

EP440: 21110, M/W/F, 3:30--4:30

Course Files:

• Syllabus (Updated 3/6/2013)

Class Homework Assignments:

• Assignment 1: Maxwell's Equations, Differential Form (Solutions)
• Assignment 2: Electric Field and Gauss's Law (Solutions)
• Assignment 3: Electric Potential, Capacitance (Solutions, Byronized Solutions)
• Assignment 4: Dielectrics and Energy (Solutions)
• Assignment 5: Laplace's Equation and BVPs (Byronized Solutions)
• Assignment 6: Currents and Magnetostatics: Ampere's Law (Solutions, Byronized Solutions)
• Assignment 7: Vector Potential, Biot-Savart, Dipoles (Solutions)
• Assignment 8: Inductors and Induction (Solutions)
• Assignment 9: Maxwell's Equations and Waves (Byronized Solutions)
• Assignment 10: Wave Propagation, Polarization, Loss (Byronized Solutions)
• Assignment 11: Wave Incidence and Reflection (Byronized Solutions)
• Assignment 12: Brief Intro: Transmission Lines (Byronized Solutions)

Numerical Project Assignments:

• Numerical Project 1: Numerical Solutions of BVPs (Series Example, Numerical Example)
• Numerical Project 2: Electromagnetic Wave Equation (Wave Equation Code .m)

(Incomplete) Lecture Notes and Random PDFs:

• Lecture Presentation #1 (1/9)
• Lecture Presentation #2 (1/11)
• Lecture Presentation #3 (1/14)

Last Updated: 3/6/2013,

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