Chapters authored
Introductory Chapter: Introduction to Shape Memory Alloys
Shape memory refers to the ability of certain materials to retain their original shape after undergoing deformation. This phenomenon is attributed to the material's Alloys, namely Shape Memory Alloys (SMAs), have emerged as a captivating category of materials that have garnered significant attention from researchers in recent years. The advancements in the field of material science and technology have led to significant achievements. These discoveries have focused on active materials that possess the ability to modify their properties according to certain requirements. As a result, engineered materials that are both strong and lightweight, while also being compact in nature, have been successfully developed. The synthesis and critical characterisation of shape memory alloys have attracted significant attention owing to their wide-ranging applications. The study of continuum mechanics and continuum thermodynamics, as well as the analysis of deformation, design, development, dynamics, and plasticity, among other related aspects, are crucial factors to consider while evaluating shape memory alloys.
Part of the book: Shape Memory Alloys