First stated in Latin as ut tensio, sic vis, this general law of mechanics states for a deformable body that stress is equal to strain times the shear modulus of the material.
First stated in Latin as ut tensio, sic vis, this general law of mechanics states for a deformable body that stress is equal to strain times the shear modulus of the material. More generally, it applies to any system in which a displacement results in a linearly related restoring force, and thus is characterized by a point of stable equilibrium. FTP, what is this law that applies to oscillating systems of masses on springs and pendulums, which is named for its British discover?
First stated in Latin as ut tensio, sic vis, this general law of mechanics states for a deformable body that stress is equal to strain times the shear modulus of the material.
{Hooke}’s Law