MATH 581 Home Page

Course description
MATH 581 - NUMERICAL SOLUTION OF DIFFERENTIAL EQUATIONS
Prerequisite: Math 442.
Numerical solution of time-dependent partial differential
equations, both hyperbolic and parabolic. Numerical solution of
boundary value problems, especially elliptic partial differential
equations, numerical linear algebra.
Math 581 ----- Fall, 1995
- CLASS MEETS: 8:00 - 8:50 a.m., MWF, in Wilson 1-139
- INSTRUCTOR:
Ken Bowers
- OFFICE: Wilson 2-254
- OFFICE HOURS: 2-3, MWF
- PHONE:994-5342
- EMAIL:bowers@math.montana.edu
-
FALL 1995 SCHEDULE
- TEXTBOOK:The texts are Numerical Partial Differential
Equations by J. W. Thomas, Finite Difference Schemes and
Partial Differential Equations by John C. Strikwerda, Numerical
Solution of Partial Differential Equations by K. W. Morton and
D. F. Mayers, and Numerical Methods for Conservation Laws by
Randall J. LeVeque.
- GRADING SYSTEM:
The course grade will be based on 2 exams worth 100 points each (one
will be a midterm and one will be the final exam), homework assignments
totaling 100 points and projects totaling 100 points. Thus the final
course grade is determined as below.
Midterm, E = 100 points
Final Exam, F = 100 points
Homework, H = 100 points
Projects, P = 100 points
---
Total = 400 points
Homework, projects, quizzes, and tests
Project #1 Due Friday 9-15
Homework #1 Due Friday 9-22
Project #2 Due Friday 9-22
Project #3 Due Monday 10-2
Homework #2 Due Monday 10-2
Homework #3 Due Wednesday 10-11
Homework #4 Due Friday 10-20
Project #4 Due Friday 10-20
Homework #5 Due Wednesday 11-1
Project #5 Due Wednesday 11-8
Homework #6 Due Wednesday 11-8
Written test 1, Chapters 1 & 2
Wednesday 11-15
Computational test 1,
Chapters 1 & 2
Due Wednesday 11-22
Homework #7 Due Wednesday 12-13
Final exam, Chapters 1, 2, & 3
Thursday 12-21
Software
You may use the software packages of your choice. I would recommend the
packages
MATLAB developed by The
MathWorks, Inc. and
Maple
developed by the Symbolic
Computation Group of the University of Waterloo.