What is human biomechanics?

Human biomechanics as a strict discipline is a relatively modern fusion of two ancient sciences of physiology and engineering. Biomechanics survey has always existed, from the earliest people who extracted the bone from the animal body and successfully used it to lift heavy stone, under which tasty insects were suppressed. Only in the 1970s, however, with technological progress in electronic measurement and calculation, mechanistic principles became the main influence in understanding biological systems. For example, the human knee joint is routinely modeled as, even defined as a mechanical curtain or lever. This approach to human anatomy extends to many different fields outside medicine, including athletic performance and industrial design. Mechanical engineering is a practical science in the language of mathematics. When it was possible to accurately measure many parts of the knees and their tolerance to mechanical forces, it was an easy bridge to involve these numbers in familiar technical equations that define the physical attributes of the hinge or lever. SuchMeasurements and calculations, called biometrics, are used to improve prosthetics such as artificial spare hip joints. Human biomechanics is an attempt to define not only the bone joint, but the whole human body - its structure, design and functioning - as something representative through computer simulation.

The primary purpose of biomechanics, as applies to the human body, was largely by improving health. An example of this is the evaluation of cardiovascular health of the heart by measuring blood flow and their application to engineering principles regulating fluid dynamics, physical behavior or liquids. One of the commonly known applications of human biomechanics is kinesiology, study of movement. This was a significant contribution to the sports industry.

Principle of engineering called optimization determines specific values ​​of mechanical system such as a motor motor, to achieve a certain state such as efficiency or tolerance afterRuch. With relevant measurements of the athlete and the model of human biomechanics running, it is similar to calculate its optimal form, step and other values ​​for the chance of a world record. The same methods could be shown that the right biomechanics for a particular baseball pitcher dictates that its split fastball should be worthy with a larger bend and less torque on the joint to the elbow. Measurement and analysis technologies are what has led to the modern area of ​​human biomechanics. Sensors such as accelerometers for speed measurement, high-speed three-instruments allowing the body study as a mechanical system as a mechanical system as a mechanical system.