0 Hamstring strains are by far the most common injury sustained in field-based team sports. What is the primary mechanism? What are the risk factors?
The weekly recap of what is going on in the world of biomechanics.
This week: The reverse Magnus effect in golf balls
Science is an ongoing process used to investigate phenomena, to acquire new knowledge, or to correct previous knowledge.
The weekly recap of what is going on in the world of biomechanics.
This week: Technological doping in swimming
In biomechanical research, we often collecting motion capture and force data. The C3D file extension has been established as a standard for further data processing. Here you learn how to visualize them with mocha and manipulate them with the BTK Toolkit in Matlab.
The weekly recap of what is going on in the world of biomechanics.
This week: Robotic exoskeletons
The weekly recap of what is going on in the world of biomechanics.
This week: Markerless Motion Capture. Reliability and reproducibility of biomechanical data collected by the Microsoft Kinect.
The weekly recap of what is going on in the world of biomechanics.
This week: Physiological and biomechanical effects on the human musculoskeletal system while carrying a suspended-load backpack
The weekly recap of what is going on in the world of biomechanics.
Comparison of head impact measurements via an instrumented mouthguard and an anthropometric testing device | Special Topics in Sports Engineering 2020
Performance in cycling is the result of the physiological capacity of the athlete and the chosen bike/material and their interaction. Combining the propulsive and resistive forces acting on the bicycle, a prediction can be made about the cyclist's performance during a time trial.
