| Date |
Reading | Topics |
Homework |
| 1/21 (Week 1) | Introduction, Dimension Analysis | HW 1
(Solution) |
|
| 1/28 (Week 2) | Review of Differential equations | HW 2 (Solution) | |
| 2/4 (Week 3) | Steady-state heat equations and Boundary Value Problems | HW 3 (Solution) | |
| 2/11 (Week 4) | Motion of Spring and Resonance Quiz 1 (Solution) |
HW 4
(Solution) |
|
| 2/18 (Week 5) | Heat equations and Fourier Series | HW 5 (Solution) | |
| 2/25 (Week 6) | Wave equations (Quiz 2) (Solution) | HW 6 (Solution) | |
| 3/3 (Week 7) | Wave equations and introduction to Numerical modeling | HW 7 (Solution) | |
| 3/10 (Week 8) | Introduction to Numerical modeling | HW 8 (Solution)
Matlab code for #1 Matlab code for #2 |
|
| 3/17 | Spring Break (No class) | ||
| 3/24 (Week 9) | Introduction to Numerical modeling (Quiz 3) (Solution) | HW 9
(Solution) Matlab code for #1 Matlab code for #2 |
|
| 3/31 (Week 10) | Modeling with Volterra integral equations | HW 10 (Solution) | |
| 4/7 (Week 11) | Integral equations | HW 11 (Solution) | |
| 4/14 (Week 12) | Modeling of traffic flow | HW 12 (Solution) | |
| 4/21 (Week 13) | Modeling of traffic flow (Quiz 4) (Solution) |
||
| 4/28 (Week 14) | Topics in Modeling, Wrap up, and Review |