ECE 7810 Computational Electromagnetics Fall 2005

This page contains information related to the ECE 7810 Computational Electromagnetics Course.

Archive of 2003 Web-site.

Course Outline and Notes:

1. Course Outline (2005) [PDF File]
2. Notes 1: Finite Differences for Electrostatics [PDF File]
3. Notes 1 Supplement: Iterative Techniques [PDF File]
4. Notes 2: Finite Differences for Maxwell's Equations [PDF File]
5. Notes 3: Finite Differences Von Neumann Stability Analysis [PDF File]
6. Notes 4: Variational Formulations and Introduction to FEM [PDF File]
7. Notes 5: Assembling FEM Matrix [PDF File]
8. Notes 6: Higer Order Elements [PDF File]

Assignments:

1. Assignment 1 [PDF File]
2. Assignment 2 [PDF Part 1], [PDF Part 2]
3. Assignment 3 [PDF File]

Sample Programs:

1. Silvester's FEM (Original) [File]
2. Silvester's FEM (Modified) [File]

To compile any of these programs on the Unix system use:

gcc -o fem silvester_fem.c

This will create an executable file named "fem". A typical input file looks like this: [Data File]

When you run it the output file should look like: [Data File]

Some Useful Papers/Chapters:

1. K. S. Yee 1966 [PDF File]
2. K. S. Yee 1966 (Higher Resolution, 409KB) [PDF File]
3. G. Mur 1981 [PDF File]
4. A. Wexler 1969 [PDF File]
5. A. Wexler 1969 (Higer Resolution, 2.7MB) [PDF File]
6. A. Silvester & Ferrari (2nd Edition) [PDF File]
7. C. Paul [PDF File]
8. Rao, Wilton, Glisson 1982 [PDF File]
9. Harrington 1967 [PDF File]

Some Old Exams:

1. 1993 UWO Graduate Take Home [PDF File]
2. 1993 UWO Undergraduate [PDF File]
3. 1996 UWO Graduate Take Home [PDF File]
4. 1996 UWO Undergraduate [PDF File]
5. 2000 UofM [PDF File]
6. 2003 UofM [PDF File]