The applicability of this object is limited by criteria named for Tresca, Von Mises, Hosford, and Hill among others. The P-wave tensor is equal to minus two times Lamé's number of the first kind plus three times this quantity. The limit specified by the aforementioned criteria is squared and divided by twice this quantity to calculate the resilience because half of this quantity is the constant of proportionality between the strain energy density and square strain and because those criteria establish the yield stress. This tensor is the constant of proportionality between stress and strain according to the generalized Hooke's law. For ten points, name this material modulus that represents th
The applicability of this object is limited by criteria named for Tresca, Von Mises, Hosford, and Hill among others. The P-wave tensor is equal to minus two times Lamé's number of the first kind plus three times this quantity. The limit specified by the aforementioned criteria is squared and divided by twice this quantity to calculate the resilience because half of this quantity is the constant of proportionality between the strain energy density and square strain and because those criteria establish the yield stress. This tensor is the constant of proportionality between stress and strain according to the generalized Hooke's law. For ten points, name this material modulus that represents the stiffness of a material and has units of pressure.
The applicability of this object is limited by criteria named for Tresca, Von Mises, Hosford, and Hill among others.
{Young}’s modulus (or {elastic} modulus or modulus of {elasticity}; prompt on modulus of {stiffness})