1. Summary of basic heat treatment types, Phase transformations in steels. Structure modification under heating.
2. Annealing, quenching and temperature influence and cooling way on final structure. Hardenability evaluation.
3. Tempering after quenching. Physical aspect of temper brittleness.
4. Quenching and deformation aging of low carbon steels and its practical use for basic mechanical properties interpretation.
5. Deformation in recrystallization area, in suppressed recrystallization area and in two phase area. Deformation bands, deformation and annealing twins.
6. Up-to-day treatment of some steel types without necessity of next application of conventional heat treatment types.
7. Prediction of microstructure characteristics during deformation strengthened austenite transformation.
8. Dissolving annealing and precipitation hardening. Unconventional inter-critical annealing applied in bainite steels.
9. Up-to-day treatment of multiphase steels.
10. Heat treatment of various tool steels types.
11. Materials treatment by use of laser exposition.
12. Material treatment by use of plasma exposition and of electric heating.
13. ADI treatment.
14. Selected treatment types of some nonferrous metals.
2. Annealing, quenching and temperature influence and cooling way on final structure. Hardenability evaluation.
3. Tempering after quenching. Physical aspect of temper brittleness.
4. Quenching and deformation aging of low carbon steels and its practical use for basic mechanical properties interpretation.
5. Deformation in recrystallization area, in suppressed recrystallization area and in two phase area. Deformation bands, deformation and annealing twins.
6. Up-to-day treatment of some steel types without necessity of next application of conventional heat treatment types.
7. Prediction of microstructure characteristics during deformation strengthened austenite transformation.
8. Dissolving annealing and precipitation hardening. Unconventional inter-critical annealing applied in bainite steels.
9. Up-to-day treatment of multiphase steels.
10. Heat treatment of various tool steels types.
11. Materials treatment by use of laser exposition.
12. Material treatment by use of plasma exposition and of electric heating.
13. ADI treatment.
14. Selected treatment types of some nonferrous metals.