The biomechanics of sport is not a science in itself, but a collection of various sciences. In case of skating, natural science, engineering, biological, medical and sports training set a scope for measuring central and biomechanical analysis of skating.
The exact sciences are applied to measure and calculate the speed of pushing a skater, the amount of friction between the wheels and the track or path and the amount of thrust skated in each cycle, to improve its performance, develop training techniques and design accessories, materials and equipment for high performance.
working in mechanical engineering in the construction of skate clothing and models for better performance and protection of the athlete.
In applied sciences with an understanding of the structure and functional description of the human body and posture.
On medical science to analyze the possible causes of sports injuries and establish mechanisms for its prevention. Most lesions have a mechanical cause.
electronic engineering assistance in the construction of time measuring instruments and apparatus for sports training speed, strength and power.
As the science of training, the improvement in both the physical and technique. So research as save energy consumption, how to maximize effectiveness and functionality of the forces employed, such as avoiding unnecessary muscle tension, and if possible reduce the friction between the wheels and application of forces in the direction and timing. Study the structure of the movement in their phases, push, glide and recovery or parts into which the speed, pace, precision, fluidity, strength and time.
These aspects will help us to develop a preliminary theoretical model that will be the foundation for identifying faults.
This type of analysis will help the coach-monitor to determine the quality of execution, defining the movement more accurately detect and correct errors and adapt the methodological process of teaching and learning at the level of each student. More information
BIOMECHANICS AND SKATER
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