Is it possible to find the modulus of elasticity for muscle tissue? Or for a complete muscle mass according to the same principle as the Young’s factor?!
Perhaps we need to study the difference between the tension and relaxation of the muscles of large groups of people, or we resort to corpses or create muscle groups in the laboratory.
Recently, shear wave ultrasound elastography (SWUE), has been used as a non-invasive and objective measure of muscle and tendon stiffness
The modulus of elasticity of the muscles is one of the most important constants that must be known to reach an accurate estimate of the amount of muscle strength produced. Therefore, I find that relying on the measurements of the muscle and its surrounding structures can provide us with a close picture of this constant.
Just note that the modulus of elasticity or flexibility itself as a term used for joints, as for muscles, we use the term lengthening.. Greetings
Perhaps because my original language is Arabic, so I was not successful in asking the question! In general, do you think that a modulus of elasticity can be found according to the same physical bases?
It is difficult to find the elastic modulus equation because the elasticity component is a mixture of genetic and physical factors resulting from sports training and chemical work that includes the placement of muscle fluids, the distribution of salts in them and the percentage of their occupation during the physical effort of athletes
But if we want to know the result (vector) of a group of muscles working to flex the forearm on the upper arm. As we find that the origin and insertion of the muscles do not meet at one point. We placing the axes to complement one another, and then extend a straight line from start to finish
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