Biomechanics and Modeling
Biomechanical modeling, testing and prototyping to find optimal solutions to clinical questions
The Biomechanics and Modeling Focus Area utilizes integrated experimental and computational approaches towards optimal solutions addressing clinical questions on fracture fixation and joint reconstruction. The group's expertise includes advanced experimental biomechanical testing on human and animal bone specimens with customized setups, and computer-aided simulations supporting the design, optimization, and testing of existing and newly developed implants and endoprostheses on bone models. The team operates a state-of-the-art laboratory for professional processing and handling of anatomical specimens—an essential aspect in the development and testing of new implants and medical devices.
Our expertise includes:
- Basic and advanced biomechanical testing
- Motion tracking investigations
- Finite elements modeling and computer simulations
- Data acquisition and processing
- Statistics
- Conventional manufacturing
- CNC manufacturing
- Turning milling (5-CNC-axis)
- Eroding (wire-cutting)
- 3D CAD constructions
- Surface finish
- Hardening
- Apprenticeship training
Other focus areas
Technology Development
Medical Imaging and Prototyping
Medical Imaging & Biomedical Development