1 | Modes of heat transfer |
2 | CONDUCTION: resistances; energy equation |
3 | Energy equation, Biot number |
4 | Fins |
5 | Lumped capacity |
6 | Transient conduction |
7 | Semi-infinite bodies |
8 | Multidimensional conduction |
9 | Numerical simulation |
| Quiz 1 (through Lectures 1-9) |
10 | CONVECTION: conservation equations |
11 | Laminar boundary layers |
12 | Integral methods |
13 | Internal flows |
14 | Turbulence |
15 | Turbulence, noncircular ducts, crossflows |
16 | Natural convection |
17 | Condensation |
18 | MASS TRANSFER: mixtures, diffusion |
| Quiz 2 (through Lectures 10-17) |
19 | Species conservation, analogy to heat transfer |
20 | Evaporative cooling |
21 | RADIATION: black bodies |
22 | View factors |
23 | Gray body networks |
24 | Spectral surfaces, solar radiation |
| Final exam (comprehensive) |