A Review on Application of Shape Memory Alloys

Abstract

SMA has drawn massive interest and hobby in today’s years in a great form of an extensive sort of commercial applications, due to their precise and superior properties, this concern improvement has been bearing with the useful resource of way of improvement and carried out research studies. SMA can heal its original shape at a certain temperature even under maximum loads applied and huge inelastic deformation. In this overview, we describe the primary functions of SMAs, their constitutive models, and their features. We also explained various properties that help to build a device/system. These devices help in cueing health issues such as heart treatment emptying urine so on. SMA has important in reducing the vibration of structures by increasing damping of the materials and this has effective in energy dissipating comparing with other materials. In the aerospace industry wing aircraft, rotorcraft, spacecraft, and micro-electromechanical systems are made up of SMA. In the automobile sector, fuel injectors and thermal valves are constructed with SMA materials. Current work focuses on various applications and properties of SMA, in the field of Medical, Civil structure, Automobile, and Aerospace industry.

Fabrication and Mechanical Characterization of Functionally Graded NiTi/HA Alloys

“…The potential application of hydroxyapatite in material science and nanotechnology, particularly for medical purposes, is a subject of ongoing investigation. Hydroxyapatite's bioactivity is renowned; it is one of the few synthetic materials capable of fostering the growth of bone and teeth [6,7]. Despite its biological compatibility, which mirrors that of human bone, HA is impeded by inadequate mechanical properties, curtailing its standalone application [8,9].…”