Rajkumar Velu – författare

Additively Manufactured Smart Materials and Structures: Design, Processing, and Applications provides a critical overview of the fabrication, design, processing, characterization, structure-property relationships, and applications of 3D printed smart materials. The book practically outlines design strategies and manufacturing techniques across a variety of disciplines, including membrane technology, catalysis, batteries, supercapacitors, sensing, biosensing, aerospace, automobile, construction, and biomedical. Users will find a critical evaluation of the scientific literature that has already been published to highlight the significance, the technoeconomic aspects, the major difficulties, and the benefits and drawbacks of additively built smart materials.Advanced 3D printing techniques, including stereolithography (SLA), fused deposition modeling (FDM), selective laser sintering (SLS), electron beam melting (EBM), direct ink writing (DIW), and 3D plotting are discussed in detail. The book also offers a thorough analysis of the microstructure, mechanical, thermal, and surface properties of smart materials and structures produced using additive manufacturing.Provides a review of recent advances, design techniques, technological challenges, and applications of additively manufactured smart materialsDiscusses the microstructure, mechanical, thermal, and surface properties of additively manufactured smart materialsCovers the fundamentals of all additive manufacturing techniques, fabrication, processing, design strategies, and various properties of additively manufactured smart materialsExplores various printing issues and new challenges associated with the development of advanced functional materials and structures using AM or 3D printing techniques

Additively Manufactured Smart Materials and Structures: Design, Processing, and Applications provides a critical overview of the fabrication, design, processing, characterization, structure-property relationships, and applications of 3D printed smart materials. The book practically outlines design strategies and manufacturing techniques across a variety of disciplines, including membrane technology, catalysis, batteries, supercapacitors, sensing, biosensing, aerospace, automobile, construction, and biomedical. Users will find a critical evaluation of the scientific literature that has already been published to highlight the significance, the technoeconomic aspects, the major difficulties, and the benefits and drawbacks of additively built smart materials.Advanced 3D printing techniques, including stereolithography (SLA), fused deposition modeling (FDM), selective laser sintering (SLS), electron beam melting (EBM), direct ink writing (DIW), and 3D plotting are discussed in detail. The book also offers a thorough analysis of the microstructure, mechanical, thermal, and surface properties of smart materials and structures produced using additive manufacturing. - Provides a review of recent advances, design techniques, technological challenges, and applications of additively manufactured smart materials- Discusses the microstructure, mechanical, thermal, and surface properties of additively manufactured smart materials- Covers the fundamentals of all additive manufacturing techniques, fabrication, processing, design strategies, and various properties of additively manufactured smart materials- Explores various printing issues and new challenges associated with the development of advanced functional materials and structures using AM or 3D printing techniques

This book coherently presents the advances in technological principles, processes, and methods of Additive Manufacturing (AM), Augmented reality (AR), and Internet of things (IoT) in biomedical technology. It offers an overview of these high-impact technologies in terms of materials, processes, and in-situ monitoring of fabricating biomedical devices, implants, and prosthetics. Furthermore, the book also aimed to cover pedagogical applications, including the design and development of high-fidelity anatomical and hybrid physiological human models, for medical and design students and clinicians for learning, understanding, and gaining insights into the structures and functions of human organs and pathology. In turn, the book also discusses the applications of artificial intelligence in the 3-D printing of pharmaceuticals. This book is a useful resource for manufacturers, scientists, engineers, and young research scholars understand disruptive technology's real potential in biomedicalapplications.