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- Industries
- Orthopedics
- Loading of fracture fixation plates
- Physiological loads for mechanical testing of products
- Implant behavior inside body – motion, forces, stability
- Optimize implant positioning
- Support product regulatory approval
- Solving knee problems – motion, forces, stability
- Solving hip and pelvis problems
- Solving shoulder problems
- Solving spine problems
- Patient-specific solutions
- Automotive
- Assistive Devices
- Identify the opportunity for an assistive device
- Explore design ideas
- Virtual prototype testing
- Improving user-device alignment
- Full-body biomechanics with device
- Interaction forces between user & device
- Fulfill short term objectives – low metabolic energy
- Mitigate long term risk factors – high joint & muscle loads
- Design optimization – human factors & device weight, size, power etc.
- Evaluate weight balancing
- Numerical measures of user comfort, risk factors, efficiency etc.
- Aerospace
- Defense
- Workplace Ergonomics
- Ergonomic evaluation of work environments
- Risk factors and lifting hazards in heavy material handling
- Short- and long-term effects of repetitive demanding tasks
- Quantitative comparison of different working situations
- Workplace design for optimal productivity
- Health care optimization
- Numerical measures of comfort and performance
- Consumer
- Sports
- Movement analysis and muscle function during sports
- Soccer – ACL, long-term injury risk etc.
- Skiing – equipment, injury risk etc.
- Swimming – stroke technique, muscle coordination etc.
- Gait and running – technique, footwear assessment etc.
- Movement efficiency – metabolic power calculation
- Designing and evaluating sports equipment
- Identifying injury risk for joints, ligaments etc.
- Universities
- Orthopedics
- Products
- Events
- Resources
- Contact
- Login / Register
- Search
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- Industries
- Orthopedics
- Loading of fracture fixation plates
- Physiological loads for mechanical testing of products
- Implant behavior inside body – motion, forces, stability
- Optimize implant positioning
- Support product regulatory approval
- Solving knee problems – motion, forces, stability
- Solving hip and pelvis problems
- Solving shoulder problems
- Solving spine problems
- Patient-specific solutions
- Automotive
- Assistive Devices
- Identify the opportunity for an assistive device
- Explore design ideas
- Virtual prototype testing
- Improving user-device alignment
- Full-body biomechanics with device
- Interaction forces between user & device
- Fulfill short term objectives – low metabolic energy
- Mitigate long term risk factors – high joint & muscle loads
- Design optimization – human factors & device weight, size, power etc.
- Evaluate weight balancing
- Numerical measures of user comfort, risk factors, efficiency etc.
- Aerospace
- Defense
- Workplace Ergonomics
- Ergonomic evaluation of work environments
- Risk factors and lifting hazards in heavy material handling
- Short- and long-term effects of repetitive demanding tasks
- Quantitative comparison of different working situations
- Workplace design for optimal productivity
- Health care optimization
- Numerical measures of comfort and performance
- Consumer
- Sports
- Movement analysis and muscle function during sports
- Soccer – ACL, long-term injury risk etc.
- Skiing – equipment, injury risk etc.
- Swimming – stroke technique, muscle coordination etc.
- Gait and running – technique, footwear assessment etc.
- Movement efficiency – metabolic power calculation
- Designing and evaluating sports equipment
- Identifying injury risk for joints, ligaments etc.
- Universities
- Orthopedics
- Products
- Events
- Resources
- Contact
- Login / Register
- Search