1.PŘÍHODA, M., HAŠEK, P. Hutnické pece. 2.vyd. Ostrava :Ediční středisko VŠB,
1987.
2.Heat Exchanger Design Handbook. Kolektiv autorů. Ve 2 svazcích. New York,
Hemisphere Publisching Corporation 1983.
Heat Exchangers
| Language of instruction | čeština |
|---|---|
| Code | 635-0072 |
| Abbreviation | VT |
| Course title | Heat Exchangers |
| Coordinating department | Department of Thermal Engineering |
| Course coordinator | prof. Ing. Miroslav Příhoda, CSc. |
Summary
Significance of heat exchangers. Recuperators: temperature profile across the
exchanger heat transfer area, mean temperature difference, heat transfer
coefficient, heat transfer rate, temperature of heat transfer surface, heat
transfer effectiveness of parallel flow and counter-flow, hydraulic
calculation. Metal and ceramic recuperator types. Heat pipes: working fluids,
temperature distributions, heat transfer rate. Regenerators: Thermal
calculation. Heat transfer quantity. Heat transfer coefficient. Hydraulic
calculation. Regenerator types.
exchanger heat transfer area, mean temperature difference, heat transfer
coefficient, heat transfer rate, temperature of heat transfer surface, heat
transfer effectiveness of parallel flow and counter-flow, hydraulic
calculation. Metal and ceramic recuperator types. Heat pipes: working fluids,
temperature distributions, heat transfer rate. Regenerators: Thermal
calculation. Heat transfer quantity. Heat transfer coefficient. Hydraulic
calculation. Regenerator types.
Literature
Advised literature
No advised literature has been specified for this subject.