Types of heat, a brief description, basic laws.
- Stationary conduction and the heat transfer planar and cylindrical wall.
- Determining surface temperatures and temperatures between layers.
- Increasing the coefficient of heat transfer ribbed walls.
- Thermal insulation. Types of insulating materials.
- Theory of in thermal convection. Heat transfer in free and forced convection.
- Heat transfer by radiation in a closed system.
- Absolutely black body, gray body, the actual body.
- Heat exchangers - heat calculation.
- Statics combustion. Complete and incomplete combustion. Evaluation of the quality of the combustion process, combustion with excess air.
- Combustion of solid fuels, combustion methods. Combustion of liquid and gaseous fuels.
- Combustion efficiency.
- Stationary conduction and the heat transfer planar and cylindrical wall.
- Determining surface temperatures and temperatures between layers.
- Increasing the coefficient of heat transfer ribbed walls.
- Thermal insulation. Types of insulating materials.
- Theory of in thermal convection. Heat transfer in free and forced convection.
- Heat transfer by radiation in a closed system.
- Absolutely black body, gray body, the actual body.
- Heat exchangers - heat calculation.
- Statics combustion. Complete and incomplete combustion. Evaluation of the quality of the combustion process, combustion with excess air.
- Combustion of solid fuels, combustion methods. Combustion of liquid and gaseous fuels.
- Combustion efficiency.