The finite element method (FEM) is one of the most widespread calculation methods in modern engineering. In particular, the FEM is used to model and simulate manufacturing processes such as metal forming. Extended in terms of appropriate material models, these simulations provide a deeper understanding of the effects of the underlying process parameters on the material and structural properties of the final workpiece. As a consequence, such computer simulations facilitate process improvement to obtain workpieces with desired or improved properties.
The lectures focus on the following topics:
- Nonlinear phenomena
- Basics of continuum mechanics
- Material models
- Fundamentals of the finite element method
- Hyper-(in)elasticity vs. hypo-(in)elasticity
- Specific structural finite elements
- Contact problems
