Course Materials for Math 466: Numerical Analysis III

These materials are for Math 466, taught by Anne Greenbaum in the Spring term of 2003 at the University of Washington.

Syllabus: postscript format, or pdf

Assignments and handouts.

Handout on Suggested Project Topics: postscript format, or pdf

First homework assignment (due Fri., Apr. 11): postscript format, or pdf

Handout on Finite Element Methods in One Dimension: postscript format, or pdf

Second handout on Finite Element Methods in One Dimension: postscript format, or pdf

Second homework assignment (due Fri., Apr. 18): postscript format, or pdf

Third homework assignment (due Fri., Apr. 25): postscript format, or pdf

Project proposal (due Wed., Apr. 30): postscript format, or pdf

Fourth homework assignment (due Wed., May 7. No late homework accepted.): postscript format, or pdf

MIDTERM: Fri., May 9.

Handout on Fast Poisson Solvers and the FFT: postscript format, or pdf

Fifth homework assignment (due Fri., May 23.): postscript format, or pdf

Project writeup (due Tues., June 10 by 5pm.): postscript format, or pdf

Sixth (and final) homework assignment (due Wed., June 4.): postscript format, or pdf

Sample MATLAB codes.

Finite difference code for the 1-D steady-state heat equation: steady1d.m

Finite element code for the 1-D steady-state heat equation: steady1dfem.m

Code to solve the 1-D time-dependent heat equation using backward Euler: heat1d.m

Code to solve the wave equation: wave.m

Finite difference code for the 2-D steady-state heat equation: steady2d.m