Development of a Scalable Fabrication Concept for Sustainable, Programmable Shape?Morphing Metamaterials

Programmable materials are a novel development, in which specialized production processes used to introduce framework of information capabilities into the inner structure materials. Since design and fabrication programmable still challenging, this aims concept pave way toward industrial application. Herein, complex shape morphing has been implemented sense that changes response external conditions, following predefined program. First, feasibility for uniform metamaterials with auxetic behavior is presented. A material predetermined nonuniform deforms symmetrical developed fabricated according concept. More can be by facilitating optimization methods find structures target shape. Lastly, an optimized producible asymmetrical described demonstrate applicability approach.