In the next decade, machine learning will become increasingly influential in the data analysis of biomechanics. Learn the basics in this article!
This chapter aims to provide an understanding of how our skeletal muscles contract based on the anatomical structures shown in the previous chapter.
This a small tool to integrate a custom markup for the Vicon BodyBuilder scripting language into Notepad++ for easier development of biomechanical models
The MoLib is a library of different types of sport and clinically relevant movements. This platform can provide a comprehensive source for students to understand the basic principles of musculoskeletal modeling and help teachers to graphically support their lectures.
In this article we will give you a rough overview of the applications of electromyography. We will explain what electromyography actually is, what the basic principles are and where, why and of course how it is used. Enjoy your reading and learning!
The weekly recap of what is going on the world of biomechanics.
This week: Effect of asymmetric crank arm lengths on performance-related variables in cyclists with an anatomical lower limb length discrepancy
In this article we will look at climbing shoes: How can they influence performance, how are they built and are they worth it?
Carbon fibre plates in running shoes have been thought to improve running economy, a major contributor to distance running performance. But how much of this claim is marketing? And how much is backed up by scientific evidence?
The weekly recap of what is going on the world of biomechanics.
This week: looking a different kind of publication
Phenomena in nature are often complex and are influenced by many different factors. Systematic investigations in form of scientific studies are conducted to understand and describe their interrelationships which lead to their expression. For this purpose, scientists use specific strategies and study designs so that they exclude perturbating factors and arrive at an evidence-based result.
