Abstract Scope |
Shape memory alloys are known for producing relatively large strains due to the shape memory effect when subjected to a driving force such as changes in temperature, mechanical loads, and applied magnetic fields. In most cases, shape memory alloy applications are limited by their physical properties, manufacturability, and/or shape memory response characteristics. Fabrication methods for shape memory alloys include hot extrusion, hot pressing, hot isostatic pressing, and additive manufacturing via powder bed methods. These approaches of fabricating present inherent limitations for shape memory alloys by creating unwanted stable secondary phases and confine part production to simple geometries; in all cases except additive manufacturing. This study explores an innovative method to produce shape memory alloys by means of electroplating. The goal of this work is to synthesize shape memory materials through electrochemically depositing onto 3D printed polymers. |