EE 692 - Computational Electromagnetics

Spring 2004

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EE 692 Course Syllabus

Lecture Notes

Lecture # Title

1 Review of Maxwell's equations and boundary conditions.

2 Source/field relationships.

2a Infinite current sheet example.

3 Green's functions.

4 EPIE and the quasi-static integral equation for a conducting plate.

5 Linear spaces.

6 Method of moments.

7 Moment method solution to the static plate example.

8 Implementation of the MM into a computer code.

9 Numerical solution of a set of linear algebraic equations–Gaussian elimination.

xx MM solution for a microstrip using pulse expansion-point match.

18 MM solution of Pocklington's equation using pulse expansion/point matching.

19 MM solution of thin wire problem using Harrington's method.

Lecture #	Title
1	Review of Maxwell's equations and boundary conditions.
2	Source/field relationships.
2a	Infinite current sheet example.
3	Green's functions.
4	EPIE and the quasi-static integral equation for a conducting plate.
5	Linear spaces.
6	Method of moments.
7	Moment method solution to the static plate example.
8	Implementation of the MM into a computer code.
9	Numerical solution of a set of linear algebraic equations–Gaussian elimination.
xx	MM solution for a microstrip using pulse expansion-point match.
18	MM solution of Pocklington's equation using pulse expansion/point matching.
19	MM solution of thin wire problem using Harrington's method.

Mathematica Notebooks

Quasi-static moment method solution for the charge on a microstrip in an infinite dielectric.

Homework Problems and Solutions

Homework #1.
Homework #2.
Homework #3.
Homework #4.

Computer Projects

Computer Project #1.
Computer Project #2.
Computer Project #3.
Computer Project #4.

Additional Course Materials

Technical memorandum sample and grading sheet.
Final exam cover pages.

K. W. Whites