Lectures
Temporary plan - major changes may be made
| Week | Theme | Home Work | Remarks |
|---|---|---|---|
| 34 | Introduction Dimensionsional analysis Flow in pipe ”Moody Diagram” | Exercise 1 | |
| 35 | Summary of Dimensional Analysis Scaling Example: Falling bullet Regular perturbation | Exercise 1-2 | |
| 36 | The projectile problem Kidney modeling Flo-Jo's 100m world record | Exercise 2-3 | Self-study: Slides on kidney modeling |
| 37 | Singular perturbation Chemical reaction kinetics | Exercise 3 | |
| 38 | Stability and bifurcations Chemotaxis of amoeba Quenching-reactor | Exercise 4 | Self-study 1: Kreyszig (9th edition) chp. 4.3-4.5 (3.3-3-5 in 8th ed.) Self-study 2: Slides on quenching reaction |
| 39 | The logistic equation the world population Competition for resources Lotka-Volterra models | Exercise 4 - 5 | Problem sessions at F2: 1. Monday (27.09.) 17:15-18:00 2. Friday (03.10.) 14:15-15:00 I will be in Oslo, Harald Krogstad will replace me |
| 40 | Conservation principles 1d conservation laws 1st order PDEs Method of characteristics | Exercise 5 - 6 | Notes: On the method of characteristics Solution of first order PDEs Endimensjonale konserveringslover |
| 41 | Traffic modelling Boundary value problems for conservation laws Traffic: "Green wave" | Exercise 7 | Note: Boundary value problems for conservation laws |
| 42 | End of "Green Wave" Conservation laws in mechanics | Exercise 8 | |
| 43 | Flood waves in river Diffusion, properties | Exercise 9 | |
| 44 | Nuclear power plant MODELING PROJECT |
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| 45 | MODELING PROJECT | ||
| 46 | MODELING PROJECT Presentations |
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| 47 | Old exams | ||