Neeraj Kumar Bhoi – författare

This book provides an in-depth understanding of the properties, characterization, and applications of advanced functional and composite materials for energy, electronics, biomedicine, and aerospace fields. Divided into four sections, it covers sustainable smart and composite materials, intelligent techniques for optimization of material properties, their characterization and processing, case studies based on modernization in processes and systems, sustainability-based approaches and novel strategies, and sustainability and Industry 4.0-based contents.Key HighlightsProvides smart materials and sustainability, novel product design, and materials implementationReviews molecular dynamics simulation techniquesIncludes Industry 4.0 and sustainability interventions in functional compositesDiscusses life cycle engineering and analysis in composite processingCovers microwave-assisted processing of compositesThis book is aimed at graduate students and researchers in materials sciences and metallurgy, mechanical and manufacturing engineering.

Novel Applications of Functionally Graded Materials offers a thorough understanding of the unique characteristics, characterization techniques, and inventive applications of functionally graded materials (FGMs). It covers a wide range of sophisticated functional materials, including metals, composites, polymers, and ceramics, exploring their unique characteristics, and using cutting-edge characterization methods. Detailed examinations of applications in the fields of energy, electronics, biology, and aerospace provide important new insights into the revolutionary potential of these materials across a range of sectors. Features:Cover effects of FGMs on fields including aerospace, automobile, electronics, energy, and medicine.Contains extensive discussions on the leading topics in the study of advanced functional and composite materials, backed by examples.Discusses consumer expectations and environmental sustainability issues related to the production of FGMs.Encompasses wide range of topics such as biomaterials, smart structures, rapid prototyping, and nanofinishing technologies, among many others.Explores how to create new materials with optimized properties and how to use those features to fulfill specific industrial requirements.This book is aimed at graduate students and researchers in materials science and manufacturing.

Novel Applications of Functionally Graded Materials offers a thorough understanding of the unique characteristics, characterization techniques, and inventive applications of functionally graded materials (FGMs). It covers a wide range of sophisticated functional materials, including metals, composites, polymers, and ceramics, exploring their unique characteristics, and using cutting-edge characterization methods. Detailed examinations of applications in the fields of energy, electronics, biology, and aerospace provide important new insights into the revolutionary potential of these materials across a range of sectors.

Features:

Cover effects of FGMs on fields including aerospace, automobile, electronics, energy, and medicine. Contains extensive discussions of the leading topics in the study of advanced functional and composite materials, backed by examples. Discusses consumer expectations and environmental sustainability issues related to the production of FGMs. Encompasses wide range of topics such as biomaterials, smart structures, rapid prototyping, and nanofinishing technologies, among many others. Explores how to create new materials with optimized properties and how to use those features to fulfill specific industrial requirements.

This book is aimed at graduate students and researchers in materials science and manufacturing.

Novel Applications of Functionally Graded Materials offers a thorough understanding of the unique characteristics, characterization techniques, and inventive applications of functionally graded materials (FGMs). It covers a wide range of sophisticated functional materials, including metals, composites, polymers, and ceramics, exploring their unique characteristics, and using cutting-edge characterization methods. Detailed examinations of applications in the fields of energy, electronics, biology, and aerospace provide important new insights into the revolutionary potential of these materials across a range of sectors.

Features:

Cover effects of FGMs on fields including aerospace, automobile, electronics, energy, and medicine. Contains extensive discussions of the leading topics in the study of advanced functional and composite materials, backed by examples. Discusses consumer expectations and environmental sustainability issues related to the production of FGMs. Encompasses wide range of topics such as biomaterials, smart structures, rapid prototyping, and nanofinishing technologies, among many others. Explores how to create new materials with optimized properties and how to use those features to fulfill specific industrial requirements.

This book is aimed at graduate students and researchers in materials science and manufacturing.

This book provides an in-depth understanding of the properties, characterization, and applications of advanced functional and composite materials for energy, electronics, biomedicine, and aerospace fields. Divided into four sections, it covers sustainable smart and composite materials, intelligent techniques for optimization of material properties, their characterization and processing, case studies based on modernization in processes and systems, sustainability-based approaches and novel strategies, and sustainability and Industry 4.0-based contents.Key Highlights Provides smart materials and sustainability, novel product design, and materials implementation Reviews molecular dynamics simulation techniques Includes Industry 4.0 and sustainability interventions in functional composites Discusses life cycle engineering and analysis in composite processing Covers microwave-assisted processing of composites This book is aimed at graduate students and researchers in materials sciences and metallurgy, mechanical and manufacturing engineering.