Heat Transfer and Fluid Mechanics
| Language of instruction | čeština |
|---|---|
| Code | 635-0051 |
| Abbreviation | STP |
| Course title | Heat Transfer and Fluid Mechanics |
| Coordinating department | Department of Thermal Engineering |
| Course coordinator | prof. Ing. Miroslav Příhoda, CSc. |
Summary
Theory of similarity, criterion equations, dimensional analysis. Flow: fluid
statics and dynamics, basic equation. Flow of real fluids, pressure losses.
Gas flow through orifice. Expansion nozzle. Natural and forced discharge of
combustion products. Conduction heat transfer: analytical and numerical
solution of steady and unsteady problems. Convection heat transfer: natural,
forced, heat transfer between fluid and solid body. Radiation heat transfer:
general laws, radiation properties of bodies, exchange of radiation energy
between solid bodies, radiation of gases and their mixtures.
statics and dynamics, basic equation. Flow of real fluids, pressure losses.
Gas flow through orifice. Expansion nozzle. Natural and forced discharge of
combustion products. Conduction heat transfer: analytical and numerical
solution of steady and unsteady problems. Convection heat transfer: natural,
forced, heat transfer between fluid and solid body. Radiation heat transfer:
general laws, radiation properties of bodies, exchange of radiation energy
between solid bodies, radiation of gases and their mixtures.
Literature
KREITH., F., Black, W. Z. Basic heat transfer. New York : Harper and Row, 1980.
Advised literature
No advised literature has been specified for this subject.