Anshuman Srivastava – författare

High-Performance Polymer Hybrid-Fiber Composites explores the latest advancements in this important research field. The book provides a comprehensive overview of their design, manufacturing, properties, and applications. It aims to offer a detailed understanding of hybrid composites, which combine two or more types of fibers within a polymer matrix to enhance mechanical, thermal, and environmental performance. The book begins with the fundamental principles of polymer composites and the importance of hybridization. It discusses various fibers, including carbon, glass, aramid, and natural fibers, and how their combinations can be optimized for specific uses. Key topics include materials design and fabrication, mechanical and thermal properties, matrices and fibers and applications. Sustainability and recycling are also discussed in detail as well as future trends. The book will serve as an essential resource for materials scientists, engineers, researchers, and postgraduate students, providing both theoretical knowledge and practical insights into the development and application of high-performance hybrid polymer composites.Extensive exploration of fibers, particles, and matrix materials' influence on composite performanceInclusion of practical applications and case studiesDetailed troubleshooting guidelines for common issues in hybrid compositesUse of thermoplastic matrices and corresponding manufacturing processesCovers thermal insulation, vibrational, and acoustic properties for high-structural applicationsDiscusses the Interface between the hybrid fiber composite and repaired substrates like concrete, steel, and timberCovers the structure of fiber reinforcements and fabrics for high-performance structural applications

The book explores the fundamental science, recent developments, and future prospects of ionic polymers as key enablers of smart material systems. It provides a comprehensive understanding of their chemistry, structure-property relationships, and diverse applications in modern engineering, healthcare, robotics, and energy devices. The work covers the interdisciplinary research efforts in materials science, robotics, biomedical engineering and electronics. It demonstrates energy harvesting and storage capabilities of ionic polymers and uniquely addresses how ionic polymers can be used for flexible capacitors and self-powered sensors, crucial for next-gen wearable electronics and IoT. Theoretical understanding and practical insights. Valuable resource for any students and researchers seeking in-depth knowledge on ionic polymer-based smart technologies.

The book explores the fundamental science, recent developments, and future prospects of ionic polymers as key enablers of smart material systems. It provides a comprehensive understanding of their chemistry, structure-property relationships, and diverse applications in modern engineering, healthcare, robotics, and energy devices. The work covers the interdisciplinary research efforts in materials science, robotics, biomedical engineering and electronics. It demonstrates energy harvesting and storage capabilities of ionic polymers and uniquely addresses how ionic polymers can be used for flexible capacitors and self-powered sensors, crucial for next-gen wearable electronics and IoT. Theoretical understanding and practical insights. Valuable resource for any students and researchers seeking in-depth knowledge on ionic polymer-based smart technologies.

The book explores the fundamental science, recent developments, and future prospects of ionic polymers as key enablers of smart material systems. It provides a comprehensive understanding of their chemistry, structure–property relationships, and diverse applications in modern engineering, healthcare, robotics, and energy devices. The work covers the interdisciplinary research efforts in materials science, robotics, biomedical engineering and electronics. It demonstrates energy harvesting and storage capabilities of ionic polymers and uniquely addresses how ionic polymers can be used for flexible capacitors and self-powered sensors, crucial for next-gen wearable electronics and IoT. Theoretical understanding and practical insights.Valuable resource for any students and researchers seeking in-depth knowledge on ionic polymer-based smart technologies.

Manufacturing Processes offers a concise overview of essential manufacturing processes, providing readers with a foundational understanding of the methods used to transform raw materials into finished products, covering traditional techniques like casting, forming, and machining, alongside modern methods such as additive manufacturing. It provides both theoretical and practical knowledge to engineering students.  Written in a very simple language.Figures for better understanding of tools, equipment, machines and manufacturing setups.Practice test questions.

Explore how Artificial Intelligence (AI) is driving the evolution of product management through a unified approach to data. Written as a practical guide, this book equips modern product managers with the tools to harness AI and data to design, build, and scale innovative products. Through actionable frameworks and real-world examples, you'll learn to define impactful AI problem statements and evaluate financial ROI and feasibility. Beyond strategy, this book addresses data operating model challenges such as data quality, system integration, adoption barriers, ethics, and governance. You’ll be introduced to a practical framework for Trustworthy AI, one that combines sound data practices, ethical principles, and responsible governance with real-world product management tools.Whether you are at a startup experimenting with AI or leading transformation in a global enterprise, AI Meets Strategy is your roadmap to building AI-enabled products that people believe in.What You Will LearnAdopt an AI-first mindset, where AI is central to product strategy.Design sustainable systems that balance innovation with societal impact.Craft enterprise-wide AI strategies that align with business goals, governance standards, and ethical principles Who This Book is ForAspiring to senior Product Managers

Explore how Artificial Intelligence (AI) is driving the evolution of product management through a unified approach to data. Written as a practical guide, this book equips modern product managers with the tools to harness AI and data to design, build, and scale innovative products. Through actionable frameworks and real-world examples, you'll learn to define impactful AI problem statements and evaluate financial ROI and feasibility. Beyond strategy, this book addresses data operating model challenges such as data quality, system integration, adoption barriers, ethics, and governance. You’ll be introduced to a practical framework for Trustworthy AI, one that combines sound data practices, ethical principles, and responsible governance with real-world product management tools.Whether you are at a startup experimenting with AI or leading transformation in a global enterprise, AI Meets Strategy is your roadmap to building AI-enabled products that people believe in.What You Will LearnAdopt an AI-first mindset, where AI is central to product strategy.Design sustainable systems that balance innovation with societal impact.Craft enterprise-wide AI strategies that align with business goals, governance standards, and ethical principles Who This Book is ForAspiring to senior Product Managers