University of Leoben - Chair of Metal Forming
The Chair focuses on the interactions between component design, materials behaviour and manufacturing. Physical as well as numerical simulations of metal forming technologies are used and microstructure effects taken into account. One aim is the optimisation of product performance and processing conditions, and mechanical engineers are supported during selection of materials and processing technologies.
Technologies and competences
Core competences are the following: numerical simulation of forging (open-die, closed-die, radial forging), extrusion, drawing, flow forming etc.; prediction and measurement of residual stresses; thermo-mechanical materials testing using a Servotest; Gleeble 3800 and rolling unit; heat treatment, measurement of local plastic deformation, wear and friction testing for high temperature.
| Fields of Activity | Research | Development | Production |
|---|---|---|---|
| Aircraft (complete) | |||
| Aircraft structures and parts | yes |
||
| Engines | |||
| Cabin interiors and furnishing (incl. cargo hold) | |||
| Materials and manufacturing technologies | yes |
||
| Cockpit equipment and aircraft electronics | |||
| Systems | |||
| Air traffic infrastructure and air traffic control applications | |||
| Ground test and training equipment | yes |
||
| Airport infrastructure |
Products and services in aviation
- characterisation of high temperature materials
- optimisation of processing of light weight materials
- characterisation of the forming behaviour of metals and alloys
- Additive Manufacturing
