“Smart Materials” explores a revolutionary class of materials engineered to respond dynamically to their environment. Imagine bridges that self-repair or clothing that adapts to temperature changes; this book reveals the science behind these advancements. It addresses pressing global issues, such as creating sustainable infrastructure with self-healing concrete and revolutionizing personalized medicine through responsive materials.
The book traces the evolution from traditional materials to these adaptive systems, explaining complex concepts with clarity. For example, shape-memory alloys, which revert to their original shape after deformation, are transforming medical devices. Chromogenic materials, which change color in response to stimuli, are finding applications from smart windows to camouflage.
“Smart Materials” progresses from fundamental principles to real-world applications, including self-healing polymers and nanotechnology, examining their potential and ethical considerations. What distinguishes this book is its accessible approach, avoiding excessive jargon while providing a balanced perspective on both the benefits and challenges of responsive materials. It's designed for a broad audience, from students and researchers to anyone intrigued by the future of materials science and technology.
