Containing the spring constant, for 10 points, name this law of elasticity named after a British physicist.
Cauchy generalized this statement to higher dimensions and related the two quantities involved to each other via the compliance matrix and the stiffness matrix. The ratio of the two quantities involved is also known as mu, or Lamé's second parameter. It can be derived in 3 dimensions using Poisson's ratio and the Young modulus. Sensitive to temperature and loading rate, rubber is a notable exception to this law. Stated as F equals negative kx, it states that stress is directly proportional to strain. Containing the spring constant, for 10 points, name this law of elasticity named after a British physicist.
Cauchy generalized this statement to higher dimensions and related the two quantities involved to each other via the compliance matrix and the stiffness matrix.
{Hooke's} law (or {equation}) of elasticity