What is the biomechanics of walking?
Walking is the primary way to drive the body in a specific direction. It is a versatile series of specific movements called walking pattern, which includes almost every part of the body working unison. A scientific study of how the body moves to change its location is called walking biomechanics. In order to understand the biomechanics of walking, it is necessary to basic knowledge of each phase of walking sequence.
Walking biomechanics is divided into two phases that occur simultaneously: phase of attitude and rocking phase. The stage of the attitude begins with something called the stroke of the heel that occurs when one heel hits the ground. When this happens, this leg becomes a stabilizer of the body. However, it does not remain stationary. During the attitude phase, the body weight of the walker moves from the heel of the legs to the fingers. This phase is an important aspect in walking biomechanics because it changes the position of the body and prepares to jip from one place to another.
to makeIndeed, it moved or powered the body to another place, the other leg must move in front of the stabilization leg. This phase of walking biomechanics is called a rocking phase. The swing phase begins at the end of the attitude phase when the weight of the body moves to the fingers. The body then pushes the weight of the balls on the legs and turns the leg forward until the heel becomes contact with the ground. In the heel stroke, most of the body weight is transferred to the front leg.
During the walking cycle, weight shifts and specific movements of the hips and torso are necessary for successful position changes. For example, in the biomechanics of walking, attitudes must slightly move forward. The ability to move mostly weight back and forth through the legs, because both legs are necessary to maintain balance and successfully drive the body forward.
Weapons also play a role in walking biomechanics. By turning the arm opposite to the rocking leg or turning the right arm when, for examplemore smoothly to avoid loss of balance. The incorporation of arms movements also adds power to hand over mobility through momentum, allowing the body to use less energy while walking.