What is the biomechanics of movement?

Motion biomechanics is a field of study and research based on the application of the principles of mechanics to living and moving organisms. It mainly examines various forces and stresses involved in the movement of animals and human. Motion biomechanics is usually focused on human movement with the intention of applying knowledge gained from athletics or products concerning human biomechanics, such as shoes or climbing equipment. For example, scientists in the field of movement biomechanics can try to discover accurate mechanisms that cause various types of injuries to muscle, bones and joints. These scientists must focus on human factors such as muscle forces, individual walking and differences in the structure of bones and joints, as well as environmental factors such as different types of terrain.

techniques in the study of biomechanics of movement are most often used for human athletics and health problems related to joints, bones and muscles. In the case, as in the analysis of walking, the researcher can only record individuals of walking, running or performing someother activities and try to analyze the mechanics of its movements. More complex forms of athletic or therapeutic biomechanical studies can be based on measurement and mathematical modeling or in computer simulation. The aim of these methods is often to portray the use of muscle strength and the division of impact shock.

In some cases, research on biomechanics of movement focuses on the development of new products, especially athletic shoes. Many joint injuries that athletes normally suffer occur due to repeated absorption of shocks from the impact on the ground. Bot companies, especially those produced by specialized athletic shoes, often try to design shoes to absorb as much shock as possible. In addition, they tend to try to shape that ensure that the wearer's walking remains healthy and that the shoe does not lead to further harmful muscle tension or joints.

the physical environment in which the biomeech occursNicka effect is extremely important in the biomechanics of movement. For example, runners can run on flat paved surfaces, uneven paths, hills or in a number of other settings. These different settings have different effects on movement biomechanics. This is important for athletes who may have to work on different terrains. Product designers must also take into account the terrain, because products that positively affect the biomechanics of movement in one environment may have a harmful effect in another.