Biomechanics
In the research field of biomechanics, special attention is paid to the interaction between human mechanics and neuromuscular control during human/sportive movements. Our work focusses on topics related to joint control of the lower extremities during functional movements. In addition, applied sports biomechanics, i.e., analysis of skijumpers and gymnasts, as well as orthopedic biomechanics are within the focus of our research activity. For example, mechanisms and risk factors of specific sports injuries and pathologies are biomechanically analyzed in order to derive targeted preventive and rehabilitative measures.
Methods
- 3D Motion Analysis
- Elektromyography
- Dynamometry
- Posturography
- Ultrasound
- Mechanical Test Methods
Projects
- Modulation of knee and ankle joint control in complex dynamic movements
- Orthopedic biomechanics (mechanisms of ankle sprains and injuries of the anterior cruciate ligament, chronic ankle instability, biomechanical effects of medical aids)
- Analysis of the influence of sports shoes (soccer, basketball and running shoes) on joint load and sports performance
- Development and testing of sports equipment (e.g., gymnastics)
- Development and testing of training programs for the prevention and rehabilitation of sports injuries
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Biomechanical diagnostics of top athletes (e.g., ski jumpers)
Scientific Cooperations
Prof. Dr. Heinz Lohrer (European SportsCare Network Wiesbaden)
Prof. Dr. Glen Lichtwark (University of Queensland, Australien)
Dr. Guillaume Mornieux (University of Lorraine, Nancy, Frankreich)
Deutscher Skiverband (DSV)
Internationaler Turnerbund (FIG)
Industry
