Optimal design of unit‐cell based programmable materials

Abstract An optimal design for a programmable material based on an array of unit‐cells is established. A behavior achieved by using with complex and adjustable features arising from the inner structure each cell. This type materials has potential replacing functionality entire systems consisting sensors actuators, provided that given. In this paper multiscale optimization problem solution strategy are presented. efficient data driven method used macroscopic boundary value problem. Finally, example optimized parameter distribution unit‐cell shown.