Nano Hybrid Composites for Technological Applications is an edited book that brings together a comprehensive collection of chapters exploring the diverse aspects of nano composites having hybrid reinforcements and their significance in various technological applications. This book covers the fundamental principles, fabrication techniques, characterization methods, and real-world applications of these materials. It gives valuable resource for understanding and harnessing the potential by emphasizing the need for materials that can perform multiple functions, offering enhanced performance, efficiency, and adaptability across industries.
This book focuses on the fundamental aspects of nanomaterials. It covers the principles underlying the design and development of these materials, including their unique properties and the science behind their functionality. It also digs in the latest fabrication techniques employed to create multifunctional materials, showcasing cutting-edge methodologies that enable researchers to engineer materials with precise functionalities. A section of this book also covers the characterization involving the methods and techniques used to determine the performance and behaviour of nano hybrid composite materials. The various chapters covered in this book are devoted to a specific technological application of nano materials such as electronics, energy, aerospace, biomedical engineering, construction, environmental sensing, and more. Each chapter presents a detailed exploration of how multifunctional materials are revolutionizing the respective industry, highlighting their unique advantages, challenges, and potential future developments. With its interdisciplinary approach and wide-ranging coverage, this book is poised to become an essential resource for anyone seeking to explore the vast potential of nano hybrid composite materials in driving technological advancements across industries.