Yasir Nawab – författare

Academic researchers who are working on the development of composite materials for ballistic protection need a deeper understanding on the theory of material behavior during ballistic impact. Those working in industry also need to select proper composite constituents, to achieve their desired characteristics to make functional products. Composite Solutions for Ballistics covers the different aspects of ballistic protection, its different levels and the materials and structures used for this purpose.

The emphasis in the book is on the application and use of composite materials for ballistic protection. The chapters provide detailed information on the various types of impact events and the complexity of materials to respond to those events. The characteristics of ballistic composites and modelling and simulation results will enable the reader to better understand impact mechanisms according to the theory of dynamic material behavior. A complete description of testing conditions is also given that includes sensors and high-speed devices to monitor ballistic events. The book includes detailed approaches and schemes that can be implemented in academic research into solutions for ballistic protection in both theoretical and experimental fields, to find solutions for existing and next generation threats. The book will be an essential reference resource for materials scientists and engineers, and academic and industrial researchers working in composite materials and textiles for ballistic protection, as well as postgraduate students on materials science, textiles and mechanical engineering courses.

Discusses the fundamentals of impact response mechanisms and related solutions covering advantages and disadvantages for both existing and next generation applications Includes various methods for evaluation of ballistic constituents according to economic and environmental criteria, types of green ballistics are considered to enhance sustainable production of applications as well as hybrid composites from natural wastes Discusses selection methodologies for ballistic applications and detailed information on the use of textiles for reinforcement fabrication

The properties of woven and knitted fabrics differ largely due to the path yarn follows in the fabric structure. This path determines the fabric’s physical properties, mechanical properties, and appearance. A slight variation to the design may result in entirely different properties for the fabric. Structural Textile Design provides detailed insight on different types of designs used for the production of woven and knitted fabrics, highlighting the effect design has on a fabric’s properties and applications. With focus on the techniques used to draw designs and produce them on weaving and knitting machines, this book will be of great interest to textile engineers, professionals and graduate students in textile technology and manufacturing.

Sustainable Plant-based Natural Fibres in Textiles provides a focused and up-to-date overview of renewable, biodegradable fibre alternatives and their increasing importance in modern textile science and manufacturing. Addressing the growing demand for environmentally responsible materials, the book explores plant-based natural fibres in terms of their structure, properties, processing methods, and performance, offering readers a clear understanding of their potential as sustainable textile solutions.Through applied examples and discussion of implementation strategies, it supports individuals, professionals, researchers, students and industry practitioners in evaluating and adopting plant-based fibres as part of a broader transition toward more sustainable textile systems.Overviews sustainable, alternative, plant-based natural fibersProvides a detailed analysis of biodegradable textiles and their environmental impactsPresents practical guidance for implementation and integrationIncludes case studies of successful implementations, discusses production and processing methods, and presents suggestions for manufacturers seeking to include these innovative fibers in their operations

The book Textile Composites and Sustainability: A Circular Approach provides an essential, comprehensive guide to integrating sustainability and circular economy principles specifically within the textile composites sector. This book addresses the urgent need for the textile industry to transition from linear to circular models, focusing on waste reduction, resource efficiency, and sustainable innovation. It covers critical aspects including sustainable material selection, innovative design strategies, advanced manufacturing processes, lifecycle management, and end-of-life recycling techniques tailored to textile composites. Real-world case studies and global perspectives ensure readers gain a holistic understanding of current trends and effective applications of sustainability practices. This book uniquely addresses the distinctive challenges and opportunities inherent in textile composites, making it invaluable for anyone committed to advancing environmental responsibility, enhancing economic sustainability, and fostering innovation within the textile composites sector.Features:• Highlights the approaches for innovation, shifting to a circular economy and sustainable development in the field of textile reinforced composites.• Covers the latest sustainable materials and advancements in textile composites, including natural fibers, biopolymers, and recycled materials.• Provides practical advice and case studies on circular design concepts and sustainable manufacturing processes.• Encompasses perspectives from diverse geographic regions and market categories.This book is aimed at professionals, researchers, and graduate students in textiles, materials, and environmental engineering.

Addressing the urgent environmental issues resulting from conventional textile production, this book delivers essential knowledge and tools that will enable policymakers, industry professionals, and students to implement sustainable practices and reduce the environmental impact of these sectors globally.Providing a comprehensive guide to how to apply sustainable design principles, the book covers a broad range of topics and opens with an introduction to sustainable design concepts and the pressing need for change in the textile industry. It examines environmentally-friendly processing techniques, sustainable fibres and materials, life cycle analysis (LCA) and the environmental impacts of current practices through case studies from Asia, Europe, and North America. It promotes discussions on traceability and the integration of circular economy principles, including upcycling, closed-loop systems, and disassembly-friendly design, and showcases practical applications of these ideas. Each chapter concludes with summaries of the key concepts and practical takeaways. The book provides readers with an in depth understanding of the commercial implications of sustainable design, including market trends, regulatory compliance, benefits of eco-labelling and certification, and the promotion of openness and accountability in the supply chain.Designed as both a professional reference and an academic resource, this book catalyzes systemic transformation by equipping stakeholders with the knowledge and tools necessary to reduce environmental impact, enhance transparency, and build resilient circular business models. In doing so, it supports industry professionals, such as fashion designers, textile engineers, sustainability consultants, businesses, and policymakers, with everything they need to stay ahead in a rapidly developing sector.

Addressing the urgent environmental issues resulting from conventional textile production, this book delivers essential knowledge and tools that will enable policymakers, industry professionals, and students to implement sustainable practices and reduce the environmental impact of these sectors globally.Providing a comprehensive guide to how to apply sustainable design principles, the book covers a broad range of topics and opens with an introduction to sustainable design concepts and the pressing need for change in the textile industry. It examines environmentally-friendly processing techniques, sustainable fibres and materials, life cycle analysis (LCA) and the environmental impacts of current practices through case studies from Asia, Europe, and North America. It promotes discussions on traceability and the integration of circular economy principles, including upcycling, closed-loop systems, and disassembly-friendly design, and showcases practical applications of these ideas. Each chapter concludes with summaries of the key concepts and practical takeaways. The book provides readers with an in depth understanding of the commercial implications of sustainable design, including market trends, regulatory compliance, benefits of eco-labelling and certification, and the promotion of openness and accountability in the supply chain.Designed as both a professional reference and an academic resource, this book catalyzes systemic transformation by equipping stakeholders with the knowledge and tools necessary to reduce environmental impact, enhance transparency, and build resilient circular business models. In doing so, it supports industry professionals, such as fashion designers, textile engineers, sustainability consultants, businesses, and policymakers, with everything they need to stay ahead in a rapidly developing sector.

The properties of woven and knitted fabrics differ largely due to the path yarn follows in the fabric structure. This path determines the fabric’s physical properties, mechanical properties, and appearance. A slight variation to the design may result in entirely different properties for the fabric. Structural Textile Design provides detailed insight on different types of designs used for the production of woven and knitted fabrics, highlighting the effect design has on a fabric’s properties and applications. With focus on the techniques used to draw designs and produce them on weaving and knitting machines, this book will be of great interest to textile engineers, professionals and graduate students in textile technology and manufacturing.

This book discusses the properties of fibres used in manufacturing technical textiles, highlighting the importance of material selection in terms of cost, end-user requirements and properties.

This book discusses the properties of fibres used in manufacturing technical textiles, highlighting the importance of material selection in terms of cost, end-user requirements and properties.

The book is primarily focused on natural plant (lignocellulosic) fibers as sustainable reinforcement material for green composites.

Natural fiber composites are a preferred alternative to conventional composites due to their environment-friendly nature. However, their market share is limited due to: a) limited number and quantities of natural fibers available for composites, b) diversity in fibers structure, c) poor mechanical properties of fibers as well as composites, d) susceptibility to microbial attacks, and e) cellulose degradation temperature around 200 deg C, which hinders the development of natural fiber reinforced thermoplastic composites using thermoforming at high temperatures. A number of researchers have contributed to the solution of the problem of poor mechanical properties and issues related to fabrication during the last decade. This book covers these different solutions. The book is divided into two principal themes: a) structure–property relationship: fibers to composites—it includes the discussion on fibers, their surface modifications, variation in the structure of reinforcement, and approaches for the enhancement of properties. b) Fabrication process of composites—it includes the novel approaches used for the development of natural fiber composites using the commingling technique for thermoplastic composites.

Natural fiber composites are a preferred alternative to conventional composites due to their environment-friendly nature. However, their market share is limited due to: a) limited number and quantities of natural fibers available for composites, b) diversity in fibers structure, c) poor mechanical properties of fibers as well as composites, d) susceptibility to microbial attacks, and e) cellulose degradation temperature around 200 deg C, which hinders the development of natural fiber reinforced thermoplastic composites using thermoforming at high temperatures. A number of researchers have contributed to the solution of the problem of poor mechanical properties and issues related to fabrication during the last decade. This book covers these different solutions. The book is divided into two principal themes: a) structure–property relationship: fibers to composites—it includes the discussion on fibers, their surface modifications, variation in the structure of reinforcement, and approaches for the enhancement of properties. b) Fabrication process of composites—it includes the novel approaches used for the development of natural fiber composites using the commingling technique for thermoplastic composites.

This book explains the basic principles of recycling and circularity in textiles. With the emergence of "quick fashion," textile manufacturing has expanded significantly over the past few decades. The importance of textiles to human society goes beyond their practical uses in providing warmth, protection, and comfort. Therefore, the usage and production of textiles are enhanced substantially compared to the past globally. As a result, rates of textile production and trash output have grown drastically. The other side of the story is the drastic rate at which they are dumped into landfills which is almost a garbage truck every second. If this alarming trend continues, there will be serious environmental consequences. It is well known that the textile sector is recognized as the second largest industrial polluter in the world, producing 20% of the global wastewater and accounting for 10% of carbon emissions. Additionally, harmful chemicals are utilized and emitted during the manufacture of textiles, which has an impact on ecosystems and public health The last 150 years of the textile industrial system fundamentally follow the "take-make-dispose" principle, in which resources are continuously taken out of a natural system (take), changed during production (make), and used for various purposes within the human system (use), and then released back into the environment (dispose of). In this way, manufacturing industries produce waste-producing commodities to make money, which eventually has a negative impact leading to the lack of resources resulting in price volatility, uncertainty, and economic crises. This book consists of 11 potential chapters to cover all the aspects of “circularity in textiles.”

This book explains the basic principles of recycling and circularity in textiles. With the emergence of "quick fashion," textile manufacturing has expanded significantly over the past few decades. The importance of textiles to human society goes beyond their practical uses in providing warmth, protection, and comfort. Therefore, the usage and production of textiles are enhanced substantially compared to the past globally. As a result, rates of textile production and trash output have grown drastically. The other side of the story is the drastic rate at which they are dumped into landfills which is almost a garbage truck every second. If this alarming trend continues, there will be serious environmental consequences. It is well known that the textile sector is recognized as the second largest industrial polluter in the world, producing 20% of the global wastewater and accounting for 10% of carbon emissions. Additionally, harmful chemicals are utilized and emitted during the manufacture of textiles, which has an impact on ecosystems and public health The last 150 years of the textile industrial system fundamentally follow the "take-make-dispose" principle, in which resources are continuously taken out of a natural system (take), changed during production (make), and used for various purposes within the human system (use), and then released back into the environment (dispose of). In this way, manufacturing industries produce waste-producing commodities to make money, which eventually has a negative impact leading to the lack of resources resulting in price volatility, uncertainty, and economic crises. This book consists of 11 potential chapters to cover all the aspects of “circularity in textiles.”

The book is intended to cover the different types of materials used in modern engineering applications. Last chapter of the book is dedicated on materials sustainability including life cycle assessment and its role in sustainable materials design.

The book is intended to cover the different types of materials used in modern engineering applications. The book begins with an introductory chapter on the basic concepts of materials science. Subsequently, it includes a detailed overview of metals, alloys, ceramics, polymers, composites, textiles, 2D/nanomaterials, and biomaterials, exploring their structure and properties, processing techniques, and characterization methods. Last chapter of the book is dedicated on materials sustainability including life cycle assessment and its role in sustainable materials design. The book examines the environmental impact of different materials and processing techniques and explores strategies for minimizing this impact. Overall, this book will prove to be an excellent resource for undergraduate students and professionals working in domain of materials and allied areas. To the best of our knowledge, no other book available in the market comprehensively explores the engineering materials to such a breadth.

With the growth of applications of textiles in various multidisciplinary domains e.g., clothing, home textiles, and technical applications, there is a need of book covering fundamentals of textiles. This introductory-level textbook is geared toward the introduction of textile engineering. This book is beneficial for all readers who are going to start their career in textiles or related domains or are going to start an engineering degree in textiles.

Explores sustainable innovations with hydrogels and aerogels for high-performance, eco-friendly textile applications The increasing global demand for sustainable, multifunctional, and high-performance materials has positioned hydrogels and aerogels as transformative resources within textile engineering. Hydrogels and Aerogels for Functional Textiles: From Sustainable Syntheses to Applications provides an in-depth treatment of the science, synthesis, and practical use of these advanced materials. Covering both fundamental research and applied technologies, this comprehensive volume highlights the growing importance of renewable and biodegradable systems, offering readers a robust understanding of how cellulose-based hydrogels and aerogels are driving innovation in eco-fashion, biomedical textiles, protective clothing, and smart wearable systems. Organized into thematic sections, the book begins with an introduction to the chemistry, synthesis methods, and structural properties of hydrogels and aerogels, detailing their functional advantages in moisture management, thermal insulation, flame resistance, antimicrobial activity, and biodegradability. It then examines cutting-edge applications ranging from sustainable fashion solutions to advanced biomedical systems such as wound dressings, drug delivery platforms, and biosensors. Later chapters explore their roles in adaptive wearables, protective clothing, and extreme-environment gear, underscoring their transformative impact on multiple industries. The concluding sections address critical barriers to commercialization, including cost efficiency, recycling, and biocompatibility, while proposing innovative strategies rooted in green chemistry and circular economy models. The first comprehensive resource of its kind to link hydrogel and aerogel fundamentals to textile applications, Hydrogels and Aerogels for Functional Textiles: Features contributions from leading international experts in textile engineering, materials science, and biomedical researchCovers natural, synthetic, hybrid, and responsive material systemsApplies practical focus on recyclability, durability, and economic feasibility of advanced textile systemsIntegrates sustainability principles with circular economy and green chemistry approachesIncludes case studies illustrating innovations in areas such as eco-fashion and wearable technologiesOffers forward-looking discussions of market trends, regulation, and commercialization challengesHydrogels and Aerogels for Functional Textiles: From Sustainable Syntheses to Applications is an essential reference for graduate and postgraduate students in textile engineering, materials science, and polymer chemistry, as well as researchers in environmental science and biomedical engineering. It is equally valuable for courses in sustainable textiles, functional materials, and advanced polymer engineering.