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| Week | Topic | Text |
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| 4/1 | Course Information, Introduction, Review | Ch 3-7 |
| Internal Incompressible Viscous Flows | Ch 8 | |
| fully developed laminar flow | ||
| 4/8 | Internal Flows, cont. | " " |
| fully developed turbulent flow | ||
| friction factor, Moody chart | ||
| 4/15 | Internal Flows, cont. | " " |
| energy equation, major and minor losses | ||
| 4/22 | pipe systems, flow meters | |
| External Incompressible Viscous Flows | Ch 9 | |
| boundary layer flow | ||
| MIDTERM I | ||
| 4/29 | External Flows, cont. | " " |
| flat plate boundary layer, Blasius solution | ||
| integral analysis | ||
| 5/6 | External Flows, cont. | " " |
| boundary layer with pressure gradient | ||
| flow about immersed bodies - drag and lift | ||
| 5/13 | Compressible Flow | Ch 11 |
| review of thermodynamics, Mach number, speed of sound | ||
| propagation of sound waves, Mach cone | ||
| 5/20 | Compressible Flow, cont. | |
| isentropic flow with area variation | ||
| MIDTERM II | ||
| 5/27 | Compressible Flow, cont. (5/27 Memorial Day) | " " |
| normal shock wave | ||
| converging-diverging nozzles | ||
| 6/3 | Compressible Flow, cont. | " " |
| constant area adiabatic flow with friction: Fanno flow | ||
| constant area frictionless flow with heat transfer: Rayleigh flow | ||
| 6/12 | FINAL EXAM (11:30am - 2:29pm) |
