1.Introduction
2.Main aims of plane and bulk forming, characteristics of basic forming processes.
3.Definition of basic terms and parameters in forming technologies. The ways of imposed strain expression.
4.Stress states, crystal lattices, dislocations, shear systems and most important mechanisms of plastic deformation.
5.Basic laws of plastic deformation
6.Fundamentals of steels and chosen non-ferrous alloys forming under cold warm and hot conditions. Work hardening of materials, basics of flow stress.
7.Restoration processes during material forming.
8.Specifics in plastic deformation of cast structures. Material’s aspects of formability, deformation maps.
9.Potential of eco-techniques in forming
10.Determination methods for plasticity, plastometric tests
11.Energetical aspects of plastic deformation techniques
12.Economical optimization of plastic deformation processes
13.The environmental impact of optimized plastic deformation techniques
2.Main aims of plane and bulk forming, characteristics of basic forming processes.
3.Definition of basic terms and parameters in forming technologies. The ways of imposed strain expression.
4.Stress states, crystal lattices, dislocations, shear systems and most important mechanisms of plastic deformation.
5.Basic laws of plastic deformation
6.Fundamentals of steels and chosen non-ferrous alloys forming under cold warm and hot conditions. Work hardening of materials, basics of flow stress.
7.Restoration processes during material forming.
8.Specifics in plastic deformation of cast structures. Material’s aspects of formability, deformation maps.
9.Potential of eco-techniques in forming
10.Determination methods for plasticity, plastometric tests
11.Energetical aspects of plastic deformation techniques
12.Economical optimization of plastic deformation processes
13.The environmental impact of optimized plastic deformation techniques