Simulation and design of nonlinear material structures for energy and biomedical devices

Abstract

The project's main objective is the development of mathematical models and solutions of the models for simulation and design of some modern nonlinear material structures for energy and biomedical devices. One of the challenges in modeling the structural behavior of the materials is that they cannot be modeled accurately by the theory of linear elasticity or common linearization theory even at small strains for not having a well-defined yield stress point.