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Automotive
Medical technology
Aerospace
Railed vehicles
Components
Bearing technology
Forming tools
Road and raild vehicles
Connectors
Services
Stress analyses
Sheet metall forming
Crash simulation
Glasschneiden
High temperature behaviour
Failure assessment
Powder technology
Welding simulation
Safety analyses
Tribology
Material models
Materials
Steel
Glass
Ceramics
Fibrous composites
Layer systemssysteme
Aluminium alloys
Magnesium alloys
Properties
Tension test
Tension compression test
Charpy test


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StahlKeramikGlas
   MATERIALS


All known construction materials can be simulated regarding their deformation and failure behavior in components and during production. The range of the materials examined so far reaches from steel in power plants, offshore structures and vehicles over aluminum and magnesium with applications in the automotive industry, over glass and plastics up to fibre-reinforced composite materials with integrated piezoelectric properties.

Important aspects in the simulation of structures are the evaluation and optimization of the appropriate joining techniquesas well as the evaluation of surface coatings. The experimental determination and description of the appropriate material properties is an essential part of the works performed at IWM (material characterization).



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