# MATH 638 - Hyperbolic Conservation Laws - Spring 2022

** Credits 3. 3 Lecture Hours. **

Introduction to basic theory and numerical methods for first order nonlinear partial differential equations; basic existence-uniqueness theory for scalar conservation laws; special equations and systems of interest in various applications and Riemann problem solutions for such systems; design of numerical methods for general hyperbolic systems; stability and convergence properties of numerical methods. **Prerequisite:** MATHÂ 610 or MATHÂ 612 or approval of instructor.

Above information is from 202331 term.

### Sections

Sec | Instructor | Lecture | |
---|---|---|---|

600 |
Popov,Bojan | T R 14:20-15:35 BLOC 161 |