A three-dimensional modeling technique can be formulated in the frequency domain as a so-called augmented version of this relationship. Variations on this quite simple statement under more complex conditions can involve the Arruda-Boyce model or Ogden's model, which is divided between the Mooney- Rivlin Theorem and the so-called neo-version of this theory. A generalization of it by Cauchy to three dimensions incorporates a compliance matrix, and it is sometimes written i
A three-dimensional modeling technique can be formulated in the frequency domain as a so-called augmented version of this relationship. Variations on this quite simple statement under more complex conditions can involve the Arruda-Boyce model or Ogden's model, which is divided between the Mooney- Rivlin Theorem and the so-called neo-version of this theory. A generalization of it by Cauchy to three dimensions incorporates a compliance matrix, and it is sometimes written in terms of a compliance constant J. Also sometimes incorporating the Young modulus and most simply stated as F equals k times x, FTP, name this law stating that the restoring force is proportional to the length that a spring is stretched, or stress is proportional to strain.
A three-dimensional modeling technique can be formulated in the frequency domain as a so-called augmented version of this relationship.
{Hooke}’s Law