1.Introduction
2.General characteristics of thermomechanical processing, basic methods.
3.Properties of thermomechanically processed products. Structure development during such forming, economical benefits.
4.Physical and metallurgical processes during thermomechanical forming. Precipitation and other hardening phenomena.
5.Characteristics of restoration processes during thermomechanical forming methods.
6.Interaction of structure forming processes, precipitation kinetics, recrystallization kinetics, grain growth phenomenon.
7.Description of softening mechanisms, microstructural phenomena following restoration of structure.
8.Thermomechanical forming of chosen microalloyed, austenitic, TRIP, ULCB and highly alloyed steels.
9.Ecological and economical aspects of controlled cooling. Controlled cooling of wire in rolling mills.
10.Possibilities of physical and computer simulation in thermomechanical processing leading to eco benefits.
11.Thermomechanical processing of Ti alloys.
12.Thermomechanical processing of Al alloys.
13.CCT, TTT diagrams, possibilities of affecting of phase transformations
2.General characteristics of thermomechanical processing, basic methods.
3.Properties of thermomechanically processed products. Structure development during such forming, economical benefits.
4.Physical and metallurgical processes during thermomechanical forming. Precipitation and other hardening phenomena.
5.Characteristics of restoration processes during thermomechanical forming methods.
6.Interaction of structure forming processes, precipitation kinetics, recrystallization kinetics, grain growth phenomenon.
7.Description of softening mechanisms, microstructural phenomena following restoration of structure.
8.Thermomechanical forming of chosen microalloyed, austenitic, TRIP, ULCB and highly alloyed steels.
9.Ecological and economical aspects of controlled cooling. Controlled cooling of wire in rolling mills.
10.Possibilities of physical and computer simulation in thermomechanical processing leading to eco benefits.
11.Thermomechanical processing of Ti alloys.
12.Thermomechanical processing of Al alloys.
13.CCT, TTT diagrams, possibilities of affecting of phase transformations