The aim of the course is to acquire knowledge:
- the physical principle of plastic deformation, plasticity concepts, formability,
deformation work and the influence of physical and material parameters on
the plastic deformation
- the new unconventional forming technologies - superplastic forming,
orbital forming, powders forming, new technology to production of
fine-grained materials, severe plastic deformation
Skills:
- classify the stress-strain curves, cold and hot forming processes, the material aspects, plasticity conditions and laws plastic deformation
- plastometric perform materials testing
competencies:
- to select appropriate forming technologies to production of machine parts, classified
parameters and aspects influencing these choice
- compile and realize technological processes
- to propose the construction of forming tools and equipment
- the physical principle of plastic deformation, plasticity concepts, formability,
deformation work and the influence of physical and material parameters on
the plastic deformation
- the new unconventional forming technologies - superplastic forming,
orbital forming, powders forming, new technology to production of
fine-grained materials, severe plastic deformation
Skills:
- classify the stress-strain curves, cold and hot forming processes, the material aspects, plasticity conditions and laws plastic deformation
- plastometric perform materials testing
competencies:
- to select appropriate forming technologies to production of machine parts, classified
parameters and aspects influencing these choice
- compile and realize technological processes
- to propose the construction of forming tools and equipment