1. Overview of forging companies in the Czech Republic and in the world.
2. Influence of forging on forgings properties, prediction of structure development and mechanical properties of steels in forging.
3. Metalurgic foundations of heating and cooling of forgings.
4. Specifications of free forging, basic operations and relationships.
5. Forging ingots, production and segregation in them and quality of forgings.
6. Origin of defects and defects in free forgings.
7. Tool steels forging.
8. Forging of forgings for nuclear energy.
9. Characteristics of die forging, tool steel for dies.
10. The shape complexity of die forgings, designing an ideal pre-forging.
11. Controlled forging of microalloyed steels.
12. Present and development directions in die forging.
13. Forming machines for free and die forging, integrated forging sets.
14. Production of wheels.
15. Selected aspects of forging non-ferrous metals and their alloys.
16. Heat treatment and modification of all types forgings.
2. Influence of forging on forgings properties, prediction of structure development and mechanical properties of steels in forging.
3. Metalurgic foundations of heating and cooling of forgings.
4. Specifications of free forging, basic operations and relationships.
5. Forging ingots, production and segregation in them and quality of forgings.
6. Origin of defects and defects in free forgings.
7. Tool steels forging.
8. Forging of forgings for nuclear energy.
9. Characteristics of die forging, tool steel for dies.
10. The shape complexity of die forgings, designing an ideal pre-forging.
11. Controlled forging of microalloyed steels.
12. Present and development directions in die forging.
13. Forming machines for free and die forging, integrated forging sets.
14. Production of wheels.
15. Selected aspects of forging non-ferrous metals and their alloys.
16. Heat treatment and modification of all types forgings.