- Engineering
design of components and component assemblies with the optimisation of
the performance and minimisaition of production costs (CAD, FEM,
analytic algorithms)
- Market-oriented innovation of technical products and processes
- Design, product engineering, analysis and optimization of highly stressed fastening systems (Screw-Designer, FEM)
- Measurements
of the preload of fastening systems in the laboratory or in the field
to secure the bolted joints and to prevent damages
- Determination of reliable assembly specification which can increase the functionality of our fastening system
- Measurements
of head friction moment and the thread torque as well as the
coefficients of friction in the thread and in the head bearing area in
bolted joints in order to verify calculated results and eliminate
assembly problems and uncertainties in operation (multi-channel
assembly device)
- Engineering design and experimental verification of special fastening systems (e.g. prototypes, small series)
- Testing of loading capacities (fatigue life of parts and component assemblies)
- Connoisseur for machine elements in general and fastening systems in special
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