Basic- and applied Research
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- Development of models to simulate the propagation of cracks, especially short ones, in metallic alloys
- Development of procedures to identify linear and non-linear mechanical systems including test optimisation
- Development of new modell based methods for damage lokalisation by changes in the global dynamic behavior
- Systems with piezoceramic actors and sensors (smart structures)
- Method for adjustment of Finite Element Models based on vibration data
- Experimental and calculative investigation of the dynamic behaviour of valves in combustion engines
- Development of novel modell-based methods for dynamic balancing of elastic rotors
- Investigation of biomechanical problems in medicine and dentistry
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Technical Uses
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- Modell-generating to discribe the dynamic behaviour of cold rolling mills
- Quality inspection of synchromesh rings by a non-destructive test using acoustic spectra
- Crack identification on rotating shafts
- Development of test- and measurement systems for industrial applications
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