- Importance of heat treatment. Phase transformations in steels. Modification of the structure during heating.
- Annealing, effect of temperature and cooling method on the final structure.
- Quenching, tempering. The physical nature of temper embrittlement. Evaluation of hardenability.
- Vacuum heat treatment. Cryogenic heat treatment of steels.
- Hardening of the surface with subsequent heat treatment. Carburising in atmospheres, low-pressure carburising, nitrocarburising, boriding.
- Hardening of the surface without subsequent heat treatment. Nitriding in gas, plasma nitriding, carbonitriding. ionic implementation.
- Use of laser and plasma heating and electric rapid heating for heat treatment.
- Heat treatment of multiphase steels.
- Heat treatment of tool steels.
- Heat treatment of stainless steels.
- Thermo-mechanical processing.
- Heat treatment of parts produced by additive technologies.
- Heat treatment of non-ferrous metals (Al, Cu alloys), solution annealing and precipitation hardening.
- Annealing, effect of temperature and cooling method on the final structure.
- Quenching, tempering. The physical nature of temper embrittlement. Evaluation of hardenability.
- Vacuum heat treatment. Cryogenic heat treatment of steels.
- Hardening of the surface with subsequent heat treatment. Carburising in atmospheres, low-pressure carburising, nitrocarburising, boriding.
- Hardening of the surface without subsequent heat treatment. Nitriding in gas, plasma nitriding, carbonitriding. ionic implementation.
- Use of laser and plasma heating and electric rapid heating for heat treatment.
- Heat treatment of multiphase steels.
- Heat treatment of tool steels.
- Heat treatment of stainless steels.
- Thermo-mechanical processing.
- Heat treatment of parts produced by additive technologies.
- Heat treatment of non-ferrous metals (Al, Cu alloys), solution annealing and precipitation hardening.