Week | Topic | Text |
1/7 | Introduction, Fundamental Concepts | Ch 1,2 |
| Fluid Properties | |
1/14 | Fluid Statics | Ch 3 |
| Pressure Variation, Manometry, Hydrostatic Forces, Buoyancy | |
1/21 | Control Volume (Integral) Analysis | Ch 4 |
| Reynolds Transport Theorem, Conservation of Mass and Momentum | |
1/28 | Control Volume Analysis, cont. | " " |
| Applications | |
2/4 | Differential Analysis | Ch 5 |
| Kinematics of a Fluid Element | |
| MIDTERM I | |
2/11 | Differential Analysis, cont. | " " |
| Conservation of Mass and Momentum, Applications | |
2/18 | Incompressible Inviscid Flow | Ch 6 |
| Euler's Equation, Bernoulli Equation | |
2/25 | Irrotational Flow | " " |
| Potential Flow | |
3/4 | Dimensional Analysis | Ch 7 |
| Modeling and Similitude | |
| MIDTERM II | |
3/11 | Dimensional Analysis, cont. | " " |
3/18 | FINAL EXAM (11:30a-2:29p) | |