Feature-based, parametric modeling of striated muscle tissue viscoelastic optimization of the lateral rectus

Abstract

Describes the design and development of a parametric, feature-based solid model of the lateral rectus extraocular muscle. By supporting driven kinematic and force-based dynamic simulations in 3-D, the length-tension and force-velocity characteristics of the model can be optimized in relation to the viscoelastic properties associated with striated muscle tissue.