MATH 416 --- Numerical Analysis II
Instructor: Manfred Trummer
Office: SSC 10517
Recommended Text: BURDEN AND FAIRES,
Numerical Analysis.
Nelson, 7th edition.
- ODEs - Initial Value Problems
- Runge Kutta methods
- Stability
- ODEs, Euler's method, Taylor methods (review)
- Linear Multistep Methods
- Predictor-corrector methods
- Systems of ODEs
- ODEs - Two point boundary value problems
- Initial value methods (shooting)
- Finite Differences
- Ritz methods and collocation methods
- Fourier Analysis
- Fourier transform
- Discrete Fourier transform
- Time-dependent PDEs
- Finite difference formulae
- Method of lines
- Finite differences and Fourier analysis
- Accuracy, stability and convergence
- Lax Equivalence
- The CFL condition
- The von Neumann condition
- Spectral Methods
- Periodic boundary conditions
- Polynomial spectral methods
- Elliptic PDEs
- Laplace equation
- Finite Differences
- Iterative Methods
- Multigrid Methods
| Grading: |
Homework | 25% |
|
Two Quizzes | 25% each |
|
Project | 25% |
|
|
You will be able to use the
Assignment Lab (Matlab, Maple, Netscape),
the UNIX machines on Campus, or your own
computer for the assignments. Check with
Academic Computing Services
if you need to obtain a
Campus Computer Account.
Please read how the Assignment Lab accounts work