Md Zillur Rahman – författare

Wood-Based Composites: Chemistry, Design Formulations, Properties and Applications covers the chemistry, structure, design formulations, processing and engineering, surface treatment, and properties of wood, along with the processing, fabrication, characterization, and diverse applications of multifunctional wood-based composites. With an international author base of renowned subject experts from around the globe, the book provides a cutting-edge overview of various topics, including recent advancements in production, modification, characterization, and applications of distinct wood-based composites.The book will be a valuable reference resource for academic and industrial researchers, as well as materials scientists who are looking to familiarize themselves with the current state-of-the-art and emerging research trends in the development of multifunctional wood-based composites, as well as their fabrication, properties, and performance evaluations for various types of applications.Focuses on wood-based composite processing techniques, their characteristics, applications, and critical requirements in each areaProvides a thorough analysis of the impact of processing and manufacturing techniques on wood product fabrication, as well as theoretical modeling, simulations, and machine-learning approachesPresents a comprehensive overview of current breakthroughs and significant technical research advancements in wood-based composites for a wide range of applicationsCovers composite board, plywood and other veneer-based products, fiberboard, construction and decorative building materials, fire retardant and self-extinguishing compositesIncludes applications as thermal insulators, in electromagnetic interference, supercapacitors, and antibacterial composites

Bamboo Fiber-reinforced Composites: Fabrication, Performance, Sustainability and Applications extensively covers the classifications, basic structure, compositions, extraction, morphology, processing and surface modification, and properties of various types of bamboo fibers. It also delves into the processing, fabrication, characterizations, and diverse applications of multifunctional composites consisting of bamboo fibers and their diverse matrices (thermoplastics, thermosets, elastomers, biopolymers, geopolymers, biodegradable polymers and concrete), along with their applications in aerospace, automotive, sports equipment, medical devices, wind turbines, infrastructure, water purification, piezoresistive sensors, fire retardants, EMI shielding, and eco-friendly packaging.Finally, the book also addresses significant issues and emerging challenges related to bamboo fiber composites, including manufacturing, processing parameters, dimensional stability, and sustainability.Covers bamboo classification, morphology, culm structure, fiber ultrastructure, chemical composition, extraction, processing, surface modification, and fabricationExamines thermoplastic, biopolymer, biodegradable polymer, elastomer, concrete, and hybrid bamboo fiber composite systemsEvaluates structural, thermomechanical, flame-retardant, conductive, dielectric, acoustic, damping, water-repellent, dimensionally stable, and biological performanceIntegrates comparative analysis, theoretical modeling, simulation, life-cycle assessment, and environmental sustainability considerationsHighlights applications in structural engineering, automotive materials, separationmembranes, environmental technologies, piezoresistive sensors, and eco-friendly packaging

Carbon Fiber Reinforced Thermoplastic Composites: Fabrication, Properties and Applications covers both current and emerging research trends in the development of multifunctional CFRTCs, as well as their fabrication, properties, and performance evaluation. The book also addresses significant issues and emerging challenges related to CFRTC manufacturing, including processing parameters, damage mechanisms, machining, recycling, and sustainability. Additionally, it covers molecular modeling, dynamic simulations, and 3D printing. It will be a valuable reference resource for academic and industrial researchers, materials scientists and engineers, manufacturers, and other professionals working in the development of carbon fiber reinforced thermoplastic composites and their related applications.Focuses on the fundamentals, processing, fabrication, characterization, and diverse applications of multifunctional carbon fiber reinforced thermoplastic compositesIncludes coverage of the microstructural, mechanical, thermal, thermomechanical, electrical, electrothermal, superhydrophobic, and viscoelastic characteristics of CFRTCsProvides a thorough analysis of the impact of processing and manufacturing techniques on CFRTC fabrication, as well as molecular modeling, simulations, and machine-learning approachesCovers aerospace, automotive, sports equipment, medical devices, wind turbines, infrastructure, EMI shielding, energy storage, and fire-retardant applications

Basalt Fiber Reinforced Composites: Fundamentals, Properties and Applications provides a comprehensive, up-to-date resource on the fundamentals, manufacturing, properties, and diverse applications of these materials. The book covers the chemical composition, extraction, manufacturing, surface modification, functionalization, morphology, and properties of basalt fibers. It also delves into the processing, fabrication, characterization, and diverse applications of multifunctional composites consisting of basalt fibers and a diverse range of matrices, including thermoplastics, thermosets, geopolymers, and concrete.With an international author base from across the globe, the chapters provide a cutting-edge overview of recent advancements in production, modification, characteristics, and uses of these materials. The book will be a valuable reference resource for academic and industrial researchers who want to familiarize themselves with the current state-of-the-art and emerging research trends in this important field. It will assist them in finding solutions to both fundamental and applied problems within their chosen research areas.Addresses significant issues and emerging challenges related to manufacturing, processing parameters, applications, and sustainabilityCovers theoretical modeling, simulations, durability, lifecycle assessment, recycling, and the environmental impact of basalt fiber compositesCovers applications in aerospace, automotive, marine, wind turbines, construction and structural engineering, super hydrophobicity, thermal insulation, corrosion resistance, fire retardants, and electromagnetic interference shielding

Jute Fiber Reinforced Composites: Fabrication, Characterization, Sustainability and Applications addresses the increasing need for sustainable, high-performance composite materials by exploring the potential of jute fiber as a natural, renewable, and biodegradable alternative to synthetic fibers. The book provides a detailed examination of the properties, processing methods, and performance of jute fiber composites, while also highlighting their innovative applications across industries such as automotive, construction, textiles, and green packaging. The book aims to fill a significant gap in the existing literature, by synthesizing the latest research, methodologies, and innovations related to jute fiber composites into a single, cohesive volume. Its unique approach includes addressing technical challenges such as moisture absorption and compatibility with matrix materials through surface treatments and hybridization techniques. The book also emphasizes the environmental and economic benefits of jute-based composites, making it an invaluable guide for researchers, engineers, and industry professionals interested in advancing the field of sustainable composite materials.A holistic overview of jute fiber reinforced compositesDiscusses detailed solutions to technical challengesCovers growing conditions and harvesting techniquesFocus on environmental benefits and sustainability metrics including recyclability and lifecycle analysis (LCA) of jute fiber compositesCovers economic and market insightsIncludes case studies of innovative applications in various industrial sectors

Flax Fiber Composites: From Fundamentals to Advanced Applications provides a comprehensive overview of the fundamentals, manufacturing processes, properties, and applications of these sustainable materials. In response to growing interest in bio-based materials across the automotive, aerospace, construction and consumer-goods sectors, the book covers the chemical composition, extraction, manufacturing, surface modification and functionalization of flax fibers. It explores the processing, fabrication and characterization of multifunctional composites combining flax with thermoplastic, thermosetting, elastomer, biopolymer, geopolymer and concrete matrices, and examines their physical, mechanical, thermal, and acoustic properties, as well as their durability.With contributions from leading international researchers, the book surveys applications in the automotive, marine, aerospace, construction, packaging, sports, biomedical and thermal-insulation sectors, and addresses additive manufacturing, 3D and 4D printing, recycling, theoretical modeling, simulation and life-cycle assessment. It is an invaluable reference for researchers, engineers and advanced students in materials science and engineering.

Provides comprehensive coverage ranging from flax fiber fundamentals to advanced applicationsFocuses on sustainability, environmental impact and life-cycle assessmentCovers recent advances, industrial-scale production techniques, and market trendsDelivers detailed insights into mechanical, thermal, and acoustic propertiesCovers emerging areas including 4D printing and flax fiber recycling

Sandwich Structured Composites: Materials, Design, and Applications aims to provide a comprehensive, and up-to-date resource on sandwich composites. It intends to bridge the gap between foundational principles and emerging trends by offering a detailed overview of the materials, design techniques, and advanced applications. The book covers the basics of sandwich structures, advanced manufacturing techniques, and innovative characterization methods, making it relevant for both academic and professional audiences. The book is systematically organized into six key parts covering: fundamentals and materials; advanced manufacturing and characterization; properties and performance; design and optimization; applications and sustainability and future trends. It addresses the fragmentation of existing knowledge by consolidating both traditional and modern advancements in sandwich composites. It aims to inspire innovation and provide practical insights through detailed case studies and discussions on sustainability. By doing so, it offers a unified resource that equips readers to tackle real-world engineering challenges more effectively.Comprehensive coverage of foundational principles and the latest advancements in this fieldCovers core materials, face sheets, hybrid composites, junctions, and smart compositesInclusion of cutting-edge materials, characterization techniques, advanced manufacturing techniques, and structural health monitoringFocus on sustainability including environmental impact, lifecycle assessment, and bio-based materials.Covers multi-objective optimization and predictive modeling using AIPractical insights and real-world case studies in automotive, aerospace, construction, energy and biomedical fields