Industrial Engineering & Manufacturing 2026

Sharma, Pawan | Badheka, Vishvesh

The book discusses the latest trends such as 4D printing, wire arc additive manufacturing (WAAM), direct energy deposition, and topological optimization in additive manufacturing (AM), and its compliance with the ASTM/ISO standards. It further explains materials for additive manufacturing and the development of novel future materials.

1. Introduction to Additive Manufacturing. 2. Materials for Additive Manufacturing. 3. Data Processing for Additive Manufacturing. 4. Applications and Case Studies. 5. Challenges and Future Scope in Additive Manufacturing.

Industrial Engineering & Manufacturing

Biomedical Engineering

This book explains usage of additive manufacturing for the printing of bio-medical implants and prosthetics. It elaborates basics of printing of bio-medical implants and prosthetics including necessity, printing processes, materials, and standards followed by discussion of involved technologies, design and optimization, and post processing.

Chapter 1: Implementation of Additive Manufacturing in Biomedical  Chapter 2: Pre and post-processing techniques in additive manufacturing for orthopedic implants  Chapter 3: Biomedical Standards and Regulations  Chapter 4: Additive Manufacturing Technologies and Materials in the Fabrication of Personalized Implantable Prosthetics  Chapter 5: Additive manufacturing in 3D printed scaffolds for tissue engineering applications  Chapter 6: Mechanical and Tribological properties of Polymethylmethacrylate-based dental biocomposites  Chapter 7: Development of biocomposites-based prosthesis foot using additive manufacturing processes  Chapter 8: Technologies assisting additive manufacturing in biomedical  Chapter 9: Insights of Additive Manufacturing Technology for Biomedical Applications  Chapter 10: Industry 4.0 Interventions in Additive Manufacturing of Bio-Implants  Chapter 11: Economic Implications of Additive Manufacturing in the Biomedical Industry

Youssef, Helmi | El-Hofy, Hassan

Additive Manufacturing of Advanced Ceramics and Ceramic Matrix Composites

This book is a significant contribution to the materials science and manufacturing technology fields.It examines the rapidly evolving domain of ceramic additive manufacturing, offering insights into current methodologies, technical challenges, and future directions.

1. Introduction to Additive Manufacturing (AM). 2. AM of Advanced Ceramics. 3. Feedstock Materials for AMC. 4. Classification of AM Processes of Ceramic Materials. 5. Slurry-Based Deposition for Advanced Ceramics. 6. Powder-Based Deposition for Advanced Ceramics and Feedstock Formulation. 7. Bulk Solid-Based Deposition for Advanced Ceramics and Their Feedstock Design. 8. Challenges, Comparison, and Process Selection Regarding AMC. 9. AM of Ceramic Matrix Composites (CMCs). 10. Post-Processing in AMC Processes. 11. Design for Additive Manufacturing of Advanced Ceramics. 12. Industrial Applications and Future Trends of of AMC and AM-CMCs.

This comprehensive book examines the manufacturing of thin-walled structures using diverse Additive Manufacturing (AM) processes.

1. Introduction to Additively Manufactured Thin-Walled Structures 2. Additive Manufactured Thin-Walled structures of Polymers 3. Additive Manufactured Thin-Walled structures of Ceramics 4. Additive Manufactured Thin-Walled structures of Metals 5. Simulation of Additively Manufactured Thin-Walled Structures 6. Modelling and Optimization of Additively Manufactured Thin-Walled Structures 7. Post-processing on Thin-Walled Structures 8. Machine Learning for Additively Manufactured Thin-Walled Structures 9. Case Studies

Al-Samarai, Riyadh A. | Al-Douri, Yarub

Industrial Engineering & Manufacturing

Manufacturing & Processing

This undergraduate-level textbook is dedicated to exploring the latest developments that enhance tool performance, lower costs, and boost productivity. The mission of this textbook is to provide readers with a thorough understanding of cutting-edge technologies and methods used in cutting tools and industrial processes.

1. Cutting Tool Geometry, Nomenclature, Designation. 2. Advanced Cutting Tools. 3. Industrial Cutting Tools and Coating Deposition Applications: Hard Machining and Characteristics. 4. Machining of Hard Materials. 5. Advantages of Tool-Holding Systems. 6. Cermet: Composites Used in Cutting Tools and Technical Developments. 7. Cutting Tool Materials for High Speed and Advancements in Nanocoating Technology. 8. Sculptured Surface Machining.

Industrial Engineering & Manufacturing

Manufacturing & Processing

The increasing demand for advanced manufacturing processes is impacting the Earth’s resources, and its industrial practices are producing negative impacts on the environment, such as carbon footprints, energy resources, waste, etc. The trend of advanced manufacturing coincides with the acceleration of innovations in sustainable techniques.

1. Additive manufacturing: Challenges on the Way to Greater Sustainability. 2. Sustainability of Additive Manufacturing: Using Finite Element Models and 3D Printing Techniques. 3. Cold spray a sustainable approach in industry for repairing applications. 4. From Manual to Automatic:  A Historical Journey of Manufacturing Optimization. 5. Sustainable advanced manufacturing in industry 4.0 using blockchain technology. 6. Artificial intelligence and internet of things for sustainable advanced manufacturing. 7. A Comprehensive Review of Smart 4.0 Technologies Applications in the Manufacturing Industry and Engineering Education. 8. Ensuring Security and Privacy in Cloud-Based EHRs: A Proposed Framework for Modern Manufacturing and Healthcare Systems. 9. Dental implant materials and designs and failure during implant placement and loading- A review. 10. Application of Fuzzy Multi-Objective Optimization on Existing Technologies and Selection of Optimal Lattice in Artificial Skin Generation. 11. IOT Enabled EV Charging Infrastructure in Smart Cities. 12. Techno-Cities: Artificial Intelligence in the Evolution of Smart Cities. 13. A Comprehensive Review of Integration, Security, and Performance Aspects in Hybrid Cloud Computing in Manufacturing Sector. 14. Energy Conservation and Energy Efficiency Opportunities in Induction Motor. 15. Sustainable utilization of the urban wastes using technical maneuvers (ECAP) to yield a considerable extent of energy: A recycling approach. 16. Dimensions of Environmental Sustainability and the Use of AI: Challenges and Innovations in Sustainable Resource Management. 17. Effect of electro-corrosion behavior of different grades of stainless steel used in bio-implants – A Review. 18. Importance of Hydroxyapatite Coatings in Improving New Bone Osteogenesis – A Review. 19. Advancing Towards a Sustainable Future: The Synergy of Green Technology and Industry 4.0.

Industrial Engineering & Manufacturing

Advanced Manufacturing Technologies in Biomedical Science: Practical Applications, Case Studies, and Future Trends provides a comprehensive overview of the latest advancements in biomedical advanced manufacturing. 

1. Introduction to Advanced Manufacturing Technologies in Biomedical Science
2. Recent Progress in Manufacturing Techniques Utilized in Biomedical Science: Significance, Advances, and Applications
3. Significance of Additive Manufacturing in Biological Applications
4. Advanced Additive Manufacturing Techniques for Sustainable Remanufacturing
5. Advanced Coating Technology in Biomedical Science: Challenges and Perspectives for Smart Material
6. Development of Biodegradable Materials and Advanced Coating Technologies for Biomedical Devices
7. Smart Materials for Biomedical Implant Coatings: A Review of Material Design, Mechanisms, and Clinical Implications
8. Plasma Spray Coatings for Biomedical Applications Emerging with Additive Manufacturing
9. Nanotechnology in Biomedical Manufacturing
10. Advances in Nanomaterials for Biomedical Healthcare: Applications and Implications
11. Development of Biodegradable Materials
12. Additive Manufacturing in Tissue Engineering
13. Bioprinting and Tissue Engineering
14. Advanced Biomaterials as Bioimplants for Load-bearing Applications
15. Wearable Biosensors: IoT-driven Innovations in Healthcare Monitoring and Personalized Medicine
16. Robotics and Automation in Biomedical Manufacturing: State of Art and Challenges
17. Additive Manufacturing Applications in Biosensors Technologies
18. Quality Control and Regulatory Compliance in Biomedical Manufacturing
19. Social and Economic Aspects of Advanced Manufacturing Processes in Biomedical Sciences
20. Pioneering Biomedical Manufacturing: A Glimpse into Future Trends and Obstacles
21. Bioimplants Redefined: The Role of Advanced Biomaterials in Load-bearing Solutions
22. Advancing Surface Quality in Metal Additive Manufacturing: The Role of Magnetorheological Finishing
23. Regulating Pyrimethamine Resistance in

Industrial Engineering & Manufacturing

Keeping in mind the advancements in the field of science and technology, this book discusses advanced woven fabric design. It details the structural aspects of woven fabric and expands upon the related weaving or loom equipment required to produce a specific fabric structure. 

Preface
Foreword
1. Introduction to advanced fabric design
2. Backed fabrics
3. Double-layered structures
4. Treble clothes
5. Pile fabrics (terry pile)
6. Weft pile fabrics
7. Gauze and leno
8. Damask and brocade fabrics
9. Practical aspects of fabric analysis
Appendix
Index

Mechanical Engineering

ICAAMT 2024 provided a dynamic platform for the exchange of ideas and knowledge, fostering collaboration and driving forward the frontiers of additive manufacturing.

Mechanical Engineering

ICAAMT 2024 provided a dynamic platform for the exchange of ideas and knowledge, fostering collaboration and driving forward the frontiers of additive manufacturing.

Industrial Engineering & Manufacturing

Structural Mechanical Engineering

This book explores cutting-edge AI and machine learning methods that are revolutionizing aerospace and aviation. The book provides insights into how recent advancements contribute to efficiency, sustainability, and innovation in the industry.

Preface. The Role of Artificial Intelligence in Transforming Aerospace and Engineering. Artificial Intelligence and Machine Learning Methods Used in Aviation and Aerospace Engineering Research. Shear Buckling in Thin Walled Structures: Insights from Python for Structural Analysis. Multi-Objective Optimization of the Dynamic Behavior of a Thin-Walled Composite Aircraft Wing with Biconvex Cross-Section. Optimized Lattice Structure Design and Analysis for Aircraft Brackets with an Evaluation of Additive Manufacturing Viability. Aluminum Lithium Alloys in Aeronautics. Borophene: Exploring the Future of High-Strength and Lightweight Material. Energy-Efficient UAV Routing Optimization Using Genetic Algorithms in Dynamic Logistics Systems. Optimizing the Production Process of a Manufacturing Company with a Project Scheduling Approach. Machine Learning for Sustainable Aviation Logistics. Sustainable Aviation Fuel to Decarbonize the Aviation Industry: A Case Study on the United States. Index.

Quality Control & Reliability

At the core of the book are several application areas where Industry 4.0 has been or can be applied, each treated as a complete chapter. This book also provides an introduction to the fourth industrial revolution, discussion and reflection that will lead the reader into a deeper understanding of the nature of the concept.

SECTION I Skills for Industry 4.0 1. Skills for Industry 4.0: Navigating Uncertainty in a Digital Era SECTION II Healthcare and Industry 4.0 2. Comprehensive Insights and Systematic Integration of the Fourth Industrial Revolution and Lean Concepts in the Healthcare Sector SECTION III Industrial Engineering and Industry 4.0 3. Analysis of a Hypothetical Humanitarian Supply Chain with Agent-Based Simulation: The Expected Istanbul Earthquake 4. Comprehensive Survey on Artificial Intelligence in Blockchain: A Futuristic Integration 5. Impact of Renewable Energy Resources and Industry 4.0 on Growth of Economics and Policy for Developing Nations SECTION IV Additive Manufacturing and Industry 4.0 6. Revolutionizing Industrial Engineering: Exploring Additive Manufacturing Technologies in the Era of Industry 4.0 7. Additive Manufacturing Technologies for On-Demand Production of Customised Goods in the Era of the 4th Industrial Revolution 8. Computational Analysis of the Mechanical Compression of Additive Manufactured Lattice Structures: A Numerical Study SECTION V Applications of Industry 4.0 9. Rethinking Manufacturing Workflows for Digital Convergence: The Royal Australian Air Force 10. State of the Art on Hybrid Harvesting for Sustainable Micro-Energy Generation in the Industry 4.0 Era

Industrial Engineering & Manufacturing

This book provides knowledge about creating and designing products based on an Industry 4.0 setting. Discussing the fundamentals of Additive Manufacturing, technologies, process parameters, advantages, limitations, recent developments, recent post-additive manufacturing process advancements, surface quality defects, and challenges.

1. A Review on Additive Manufacturing in Industrial Environment. 2. Integrating Titanium Coating with 3D-Printed GFRP Panels: An Innovative Approach to Harnessing Composite Strengths in Engineering Applications. 3. Advanced Characteristics of Materials used in additive manufacturing: A State-Of-The-Art Review and Future Applications. 4. Investigations on the Mechanical Characterization of Additively Manufactured Polymer Composite Materials Fabricated Via MEX. 5. Investigations on Die-Swell Behaviour in Screw Extrusion-Based Processing of Thermoplastic ABS. 6. A Prospective View of Biomaterials: 3D Printing of Biomedical Applications. 7. Biomedical Innovations with 3D Printing and Biomaterials: Current and Future Applications. 8. Effect of Interlayer Temperatures and Heat Inputs on Porosity and Hydrogen Solubility in Wire Arc Additive Manufactured AA2618 Aluminium: A Comparative Study between Pulsed-MIG and CMT Methods. 9. A Comprehensive Review on the Machining   Process: Unconventional as an Alternative of Conventional Machining. 10. Future trends and challenges in Super-finishing processes: Post Metal additive manufacturing process. 11. Additive Manufacturing in the Age of Industry 4.0 and Beyond.

Materials Processing

Advances in Sustainable Biomaterials: Bioprocessing 4.0, Characterizations, and Applications presents key chapters on smart biopolymer composites production, and processing methods and provides a wide range of applications in a variety of fields such as medical, food, agriculture, electronics, manufacturing, and chemical engineering.

1. Biopolymer composites for sustainable and green technology.  2. A Feasibility study on Characterization of Lignocellulosic Biomass & Control Parameters in Anaerobic Digestion Process.  3. Lignocellulose based Sustainable Biomaterials.  4. Thermo Bi-Metal: A Sustainable Biomaterial for Breathing Façade.  5. Lignocellulose-based sustainable biomaterials in fabrication of pharmaceutical products.  6. Biodegradable and Non-Biodegradable Sustainable Biomaterials.  7. Smart Sustainable Biomaterials and their Recent Advancement for Targeting the Nervous System.  8. Processing of sustainable biomaterials by additive manufacturing methods.  9. Comprehensive characterization of biochar from coconut shell pyrolysis: Effect of temperature.  10. Applications of sustainable biomaterials in the pharmaceutical and medical field.  11. The Utilization of Biomaterials in the Diagnostic, Preventive, and Therapeutic Approaches for the Management of Covid-19.  12. An intriguing, versatile, and sustainable biomaterial: Nanocellulose.  13. Sustainable biomaterials for pharmaceutical and medical applications.  14. Polymeric Biomaterials for potential Pharmaceutical and biomedical Applications.  15. The Advent of biopolymers for Potential applications in Medical and Pharma Sector.  16. Applications of biopolymers in the agriculture and food industry.  

This book presents the role of AI-Driven Digital Twin in the Industry 4.0 ecosystem by focusing on smart manufacturing, sustainable development, and many other applications. It also discusses different case studies and presents an in-depth understanding of the benefits and limitations of using AI and Digital Twin for industrial developments.

1. Industry 4.0: Framework and Applications.  2. Artificial Intelligence Applications in Industry 4.0: Applications and Challenges.  3. Role of Artificial Intelligence in Industry 4.0: Applications and Challenges.  4. Digital Twin Technology: A Review. 5.  Digital Twin in Industry 4.0: Application Areas and Challenges.  6. Digital Twin: Enabling Technologies, Applications, and Challenges.  7. Big Data Analytics with Digital Twin for Industrial Applications.  8. AI-Driven Digital Twin: Conceptual Framework and Applications.  9. AI-Driven Digital Twin for Healthcare Applications.  10. Application of Artificial Intelligence in Resource-Poor Health Care.  11. Artificial Intelligence and Internet of Things (IoT) Facilitated Digital Twin for Industry 4.0 Application Domains.  12. AI-Driven Digital Twin and Resource Optimization in Industry 4.0 Ecosystem.  13. Digital Twin for Sustainable Industrial Development.  14. Environmental Impacts of Industrial Processes in Industry 4.0 Ecosystem: Artificial Intelligence Approach.  15. Digital Twin for Sustainable Industrial Development.  16. AI-Driven Digital Twin for Industrial Engineering Applications.   17. Role of Digital Twin in the Design and Development of Smart Cities.  18. Impact of Hybrid [CPU+GPU] HPC Infrastructure on AI/ML Techniques in Industry 4.0.  19. Image Sensing for Industry 4.0 Using Auto Resonance Networks: A Case Study

Sustainable Engineering & Manufacturing

AIoT Driven Sustainable Manufacturing and Operational Initiatives: A Smart Eco-Friendly Manufacturing System offers a comprehensive exploration of the integration of AI and IoT in the context of sustainable industry, covering foundational principles, practical applications, and real-world case studies.

Chapter 1: Sustainability In Manufacturing: The Role of IoT and IIoT Solutions
Chapter 2: AIoT Application in Smart Eco-Friendly Manufacturing System
Chapter 3: AIoT-Adopted Sustainable Smart Eco-Friendly Home Systems
Chapter 4: Strategies For Sustainable Manufacturing with AIoT-Integrated B-Spline CFD Simulations
Chapter 5: IoT Enhanced Statistical Methods for Process Optimization in Biotechnology and Pharmaceutical Manufacturing
Chapter 6: AIoT Based Sustainable Engineering and Technology for Improvement in Manufacturing Efficiency
Chapter 7: Ai And IoT-Based CNC Optimization for Sustainable Production
Chapter 8: Recent Advancements In AIoT For Predicting Mechanical Fracture And Thermal Properties Of Glass Fiber Reinforced Polymer Composites
Chapter 9: Elevating Self-Service Business Intelligence Through Ai And IoT In Sub-Saharan Africa: Insights From Sustainable Manufacturing Companies
Chapter 10: AIoT Driven Robotics System In Smart Manufacturing Sectors
Chapter 11: Intelligent Process Automation Through AI In Manufacturing Sector
Chapter 12: Lean Principles In Manufacturing For Resource Efficiency
Chapter 13: Improvement Of Titanium Alloy (Ti-15-3) Wear Resistance And Hardness By Solution Treatment And Aging (Sta) To Pioneer Sustainable And Environmentally Friendly Manufacturing

Manufacturing Engineering Design

Systems Engineering

Federated machine learning is a novel approach to combining distributed machine learning, cryptography, security, and incentive mechanism design. It allows organizations to keep sensitive and private data on users or customers decentralized and secure, helping them comply with stringent data protection regulations like GDPR and CCPA.

1. Federated Learning: Overview, Challenges and Ethical Considerations. 2. In-depth Analysis of Artificial Intelligence Practices: Robot Tutors and Federated Learning Approach in English Education. 3. Enabling Federated Learning in the Classroom: Sociotechnical Ecosystem on Artificial Intelligence Integration in Educational Practices. 4. Real-Time Implementation of Improved Automatic Number Plate Recognition Using Federated Learning. 5. Fake Currency Identification Using Artificial Intelligence and Federated Learning. 6. Blockchain-Enhanced Federated Learning for Privacy-Preserving Collaboration. 7. Federated Learning-based Smart Transportation Solutions: Deploying Lightweight Models on Edge Devices in the Internet of Vehicle. 8. Application of Artificial Intelligence (AI) and Federated Learning (FL) in Petroleum Processing. 9. Artificial Intelligence Using Federated Learning. 10. Applications of Federated Learning in AI, IoT, Healthcare, Finance, Banking and Cross-Domain Learning. 11. Exploring Future Trends and Emerging Applications: A Glimpse into Tomorrow's Landscape. 12.  Securing Federated Deep Learning: Privacy Risks and Countermeasures. 13. IoT Networks: Integrated Learning For Privacy-Preserving Machine Learning. 14. Federated Query Processing for Data Integration using Semantic Web Technologies: A Review.

The text covers technological advancements in processing, post-processing, and surface engineering of bioimplant materials. It further explains important topics such as the additive manufacturing of bioimplants, the tribological performance of bioimplants, and the hybrid and non-traditional manufacturing of bioimplants materials.

1. Introduction to Bioimplants Manufacturing. 2. A Comprehensive Analysis of Bioimplant Manufacturing Advancements: A State-of-the-Art Review. 3. Bone Cement: A Prospective Material for Orthopaedic Bioimplants. 4. Applications and formulation of bio-ink in the development of tissue scaffold- a review. 5. Surface modification methods of titanium (Ti) -based implant materials for biomedical applications. 6. Surface coating, texturing, and engraving of bioimplants. 7. Effect of processing on microstructure, biocompatibility, and mechanical behaviour of bio-implants. 8. Hybrid and non-traditional manufacturing of bioimplants. 9. A brief review of titanium (Ti) based bio-implants fabricated using various additive manufacturing methods. 10. Post-processing of additively manufactured metallic bio-implants: Approaches, challenges and future trends. 11. Enablers for realizing controlled freeform surfaces by ultra-high pressure waterjets for bioimplant manufacturing. 12. Investigating the Tribological Performance of Bioimplants. 13. Advancing Bioimplant Manufacturing through Artificial Intelligence.

Textile Manufacturing

As the textile industry seeks innovative solutions to meet evolving consumer demands and environmental challenges, biotechnology emerges as a pivotal player in driving transformative change. The book describes biotechnological approaches in textile technology with respect to their value-added and diversified textile applications.

1. Sustainable Biotech Practices in Textile Agriculture. 2. Recent Advances in Biotechnology for Disease and Pest Resistance in Fiber Crops. 3. Biotechnology Advances in the Pre-Treatment Processes in the Textile Dyeing Industry. 4. Recent Advances in Enzymes for Textile Industry Applications. 5. Application of Enzymes in Textile Processing: State-of-the-Art Techniques. 6. Immobilized Enzyme in Textile Processing. 7. Advances in Enzymatic Treatment of Protein Fibers in Textiles. 8. Innovative Textile Printing: Harnessing Microbial-Derived Natural Dyes and Advanced Techniques. 9. Sustainable Fashion: The Role of Enzymatic Washing in Bio-Innovation and Design. 10. Recent Breakthroughs in the Utilization of Algae-Derived Products in the Textile Industry. 11. Development in Bio-Inspired Synthesis and Textile Application of Microbial Cellulose.

Textile Manufacturing

As the textile industry seeks innovative solutions to meet evolving consumer demands and environmental challenges, biotechnology emerges as a pivotal player in driving transformative change. The book describes biotechnological approaches in textile technology with respect to their value-added and diversified textile applications.

1. Sustainable Biotech Practices in Textile Agriculture. 2. Recent Advances in Biotechnology for Disease and Pest Resistance in Fiber Crops. 3. Biotechnology Advances in the Pre-Treatment Processes in the Textile Dyeing Industry. 4. Recent Advances in Enzymes for Textile Industry Applications. 5. Application of Enzymes in Textile Processing: State-of-the-Art Techniques. 6. Immobilized Enzyme in Textile Processing. 7. Advances in Enzymatic Treatment of Protein Fibers in Textiles. 8. Innovative Textile Printing: Harnessing Microbial-Derived Natural Dyes and Advanced Techniques. 9. Sustainable Fashion: The Role of Enzymatic Washing in Bio-Innovation and Design. 10. Recent Breakthroughs in the Utilization of Algae-Derived Products in the Textile Industry. 11. Development in Bio-Inspired Synthesis and Textile Application of Microbial Cellulose.

Industrial Engineering & Manufacturing

Blockchain and cryptocurrency have become the most revolutionary technologies of the 21st century, potentially transforming how we conduct business, manage assets, and exchange value. The emergence of these technologies has challenged traditional systems of management and presents new technology challenges for businesses and organizations.

1 Blockchain Adoption for Sustainable Management System 2 Significance and Consequence of Cryptocurrency 3 Exploring Cryptocurrencies – Heading towards the Peak or Valley 4 Blockchain and Its Impact towards Technology Adoption 5 Empowering Energy Transition through Blockchain Technology 6 An Overview of Digital Signature Law and Practice Adopted In India 7 AI Infused Blockchain Technology for Thrust Applications 8 The Nature of Trends and Cycles of Ethereum 9 The Future of Ledger Development and Smart Contracts 10 Decoding Cryptocurrency: A Digital Revolution in Transactions 11 The Advantage of Security Using Blockchain Technology for Medical Tourism: Approaches towards Technologies for Healthcare 4.0. 

Computational and Mathematical Techniques for Heat Transfer and Fluid Dynamics

This book presents a diverse collection of chapters that blend classical theories with advanced computational methods and emerging technologies to address a wide spectrum of thermal-fluid phenomena.

1. Introduction to Heat Transfer and Fluid Dynamics. 2. Rheological Models for Non-Newtonian Fluids. 3. Analysis of Buoyancy force, Brownian motion and Thermophoretic effect in Assisting and Opposing Flow of Prandtl Fluid in Presence of Joule Heating and Viscous Dissipation. 4. Magnetic Field Effects on Casson-Maxwell Nanofluid Flow over a Stretching Surface in Porous Media. 5. Hybrid Nanofluid Heat Transfer: Williamson-Maxwell Interactions. 6. Enhanced Thermal Performance of Magnetized Maxwell Hybrid Nanofluid Transportation Over a Radiative Stretching Sheet with Exponential Heat Source. 7. Ree-Eyring Hybrid Nanofluid Flow Bounded by Double-Revolving Disks with Darcy Forchheimer Medium and Variable Thermal Conductivity: Heat Transfer Analysis. 8. Illustration of Nth Order Chemical Reaction on Second Grade Nanofluid Flow Past a Riga Sensor Plate with the Influence of Viscous Dissipation. 9. Thermo-Bioconvective Transport in a Lid-Driven Porous Cavity with Oxytactic Microorganisms under Magnetic Field and Joule Heating Effects. 10. Heat and Mass Transfer Effects on a Stagnation Flow Considering Slip and Radiation Impact. 11. Mathematical Model of Immiscible Newtonian Fluids Flow Through an Anisotropic Porous Channel. 12. Exact solutions of micropolar stagnation point slip flow with heat transfer: Special functions categories. 13. Application of Jacobi Algorithm to Physical Problems.

Industrial Engineering & Manufacturing

Quality Control & Reliability

The application of tools and techniques in construction projects greatly influence the cost-effectiveness results of construction projects and successful project performance. Quality management tools and techniques help in project planning, execution, monitoring, control and evolve a project management system that makes project deliverables.

1. Overview of Construction Projects. 2. Project Delivery Systems. 3. Construction Management Delivery System. 4. Construction Management Tools. 5. BIM in Design and Construction. 6. Construction Contract Documents. 7. ISO Certification in Construction Industry. 8. Quality Auditing. 9. Value Methodology.

Industrial Engineering & Manufacturing

Quality Control & Reliability

Management process groups and the processes in the knowledge areas related to the principles and concepts used in the development of major construction activities are vital in the construction management process. This volume covers the application of activities that manage the construction project from inception to completion of the project.

1. Project Management Processes. 2. Construction Management Principles for Construction Management Phases. 3. Lean Construction. 4. Operation and Maintenance. 5. Facility Management.

Nagarajan, G. | Ramakrishnan, G.

Industrial Engineering & Manufacturing

Chemical Engineering

This book details the mechanics of textile machines and covers the fundamental concepts and advanced applications of their control systems. It presents conceptual information, discusses practical equipment, and analyses the machines used in various stages of the spinning process.

1. Basic concepts – units and standards
2. Instrumentation
3. Measuring devices in textile mills
4. Instrumentation in textile testing equipments
5. Control systems in ginning
6. Control systems in blow room line
7. Foreign fibre detection in blow room
8. Monitoring system in carding machines
9. Control system in draw frames
10. Monitoring in combers
11. Monitoring in speed frames
12. Monitoring systems in ring frames
13. Online monitoring system in automatic cone winders
14. Sensors in rotor spinning
15. Sensors and their application in spinning machines
16. Electronic controls in weaving preparatory and weaving machines
17. Advancements in on-line monitoring and control of parameters in knitting and sewing processes
18. Online control in wet processing
19. Pneumatic and hydraulic control valves

Convergence of Artificial Intelligence and Internet of Things for Industrial Automation

Operations Research

This book begins by discussing the fundamentals of artificial intelligence, the internet of things, and their convergence. It then covers techniques, algorithms, and methods of analysing and processing data over the artificial intelligence of things.

1. The Emerging Technologies of AIoT: Current Scenario, Challenges, and Opportunities. 2. Convergence of AI with IoT towards Industry 4.0. 3. Issues and Challenges of AI for Industrial Automation. 4. Deep Learning Algorithm and Approaches for Automation. 5. The Role of IoT Devices and AI-based Health Care Monitoring Systems. 6. Revolutionizing Healthcare: Harnessing the Power of AIoT for Smart Wellness. 7. Futuristic Wearable Technologies: A Fusion of ML and AI Capabilities. 8. Role Of IOT In Emerging Areas: Image Processing & Data Analytics Significance In IOT. 9. AIoT Empowerment in Agriculture: Enabling Smart Farming. 10. Security Concerns with IoT: Detecting DDoS Attacks in IoT Environments. 11. Data Privacy and Integrity in Complex Data: Advanced and Secure Case-Based Reasoning. 12. EEG Based Online Finger Movement Identification: An Emerging Assistive Approach.

Industrial Engineering & Manufacturing

Design Thinking: Theory and Practice aims to provide readers with an in-depth understanding of design thinking by documenting the personal insights of professionals and practitioners from a wide range of disciplines.

1. Introduction to Design Thinking 2. Pursuing an Innovation 3. Designing ideas – a dual perspective 4. Proposing a Design Thinking Framework to Develop Circular Products 5. The Startup Mindset: Innovation through Design Thinking 6. Driving Change through Design Thinking - Shaping Innovation in GovTech 7. Design thinking and artificial intelligence: A framework for analysis 8. High Performance Flight Vehicle Design 9. Two Modes of Design Thinking Exhibited in Intuitive and Analytical Design Methods 10. Co-Design: Meanings and Applications in Design and Engineering 11. Design, thinking and metaphors: On the cognitive style of engineering and design education 12. Does Design Thinking Work in the Long-term? A Case Study of Interdisciplinary Research on Aging

Jackson, Brad M. | Richardson, Gary L.

Industrial Engineering & Manufacturing

Systems Engineering

With ever-increasing competitive pressures, the need to reduce the time-to-value (or time-to-bail) of a “Big Idea” has never been greater. The focus of this book is describing the Digital Office Complex and the accompanying digital teaming and governing capabilities needed to reengineer vision delivery.

1. Big Ideas. 2. Digital Office Complex. 3. Digital Teaming. 4. Scrumfall. 5. Digital Governing. 6. Artificial Intelligence. 7. Implementation.

Molina, Arturo | Elías Zúñiga, Alex | Medina, Dora Iliana | Gómez Zaldívar, Fernando | Méndez, Juana Isabel | Ponce, Pedro | Fuentes-Aguilar, Rita Q. | Montesinos-Castellanos, Alejandro

Integrated Manufacturing Systems

Digital Technologies for Sustainable Manufacturing provides a practical framework for promoting sustainability in manufacturing by combining Life Cycle Engineering with the 5S principles (Social, Sustainable, Sensing, Smart, and Safe).

Foreword. Preface. How to Read This Book. Life Cycle Engineering as a Framework for Digital Technologies for Sustainable Manufacturing. Introducing 5S Systems: Principles, Concepts, and Definitions. Materials: Discovery, Creation and Development. Product: Ideation, Conceptualization, Engineering and Prototyping. Manufacturing Process: Selection, Development and Planning. Manufacturing System: Design, Integration and Execution. Supply Chain Development. Competitive Intelligence in Industry. References. Glossary. Index. About the Authors.

To be ahead of your competitors, you need to know them and for this, it is important to constantly manage news and content. Enterprise systems let you collect, organize, analyze, and disseminate content so it can serve your business goals quickly. How you handle this information can be a competitive advantage for businesses.

1. Robotic Process Automation: Transforming Enterprise Processes. 2. Mobilising ERP and BI for Management Control: Managing Tensions and Hybridity. 3. Firm Internationalization and Activity Impact on Digital Technologies Adoption. 4. Recommendation Systems in E-commerce: Link Prediction in Multilayer Bipartite Networks. 5. Digital Transformation and Business Processes: An Experience-based Perspective. 6. Improving Decision-Making with Business Intelligence: A Case Study of Lusilectra. 7. Diagnosing the Implementation of Digital Technologies by European Union Manufacturing Multinationals. 8. A framework for Enabling Effective Digital Transformation in Organizations Based in Business Processes.

Industrial Engineering & Manufacturing

This book addresses the Digital Twinning of manufacturing processes, cells, and systems and attempts to bring in the basic characteristics of the 4th Industrial Revolution along with an emphasis on Cyber-Physical Systems. It discusses how to maximize the use of the pillars of Industry 4.0 and 5.0 in discrete manufacturing.

1. Digital Twinning: Origin, Basics and Standards.  2. Optimizing the dependability of cyber-physical systems using Digital Twinning.  3. Digital Twinning: shift from Industry 4.0 to 5.0.  4. The Role of Cybersecurity and Big Data in Digital Twinning: A Review, Challenges, and Opportunities.  5. Mastering Machine Tools in the Digital Age: The Role of Digital Twin in Modern Machine Tool Operations.  6. A Framework for Autonomous Feedback Control from Digital Twin to Six Degree of Freedom Machining Bed.  7. Process Design and Simulation for Digital Twinning of Thixoforming.  8. Development of a Surface Sensing Tool for Normal Measurement for Robotic Machining Tasks.  9. Digital Twin-Driven Approach to Predict Cutting Forces and Temperature in Turning of Ti 6246 Alloy.  10. Predictive Maintenance of Machine Tools Using Digital Twin.  11. Exploring Contemporary Approaches to Machine Tool Maintenance: Leveraging Digital Twins.  12. Benchmarking Sim2Real Gap: High-fidelity Digital Twinning of Agile Manufacturing.  13. Roles of Digital Twin in Wireless Networks.  14. Quantum Computing Digital Twin and Applications.  15. Schemes for Cyber-secure manufacturing.  

Sustainable Engineering & Manufacturing

This edited book demonstrates how globally competitive manufacturing in high-cost countries such as Norway is enabled by AI-supported intelligent and flexible automation and use of digital twins, as well as human centred manufacturing, and evaluates how the combination of digitalization and sustainability enables competitiveness.

1. Introduction Part 1: Towards sustainable and circular manufacturing 2. A novel circular manufacturing assessment method for the aluminium industry 3. Framework for Life Cycle Assessment-based Circular Business Model Development in Manufacturing Companies 4. Environmental upgrading and bargaining power: a case study of Norwegian manufacturers Part 2: Barriers and opportunities through digitalisation 5. Phasing the barriers to Industry 4.0: Enhancing the understanding of the challenges of digitalization 6. Digitalization and sustainability: roadblocks and way forward in manufacturing supply chain planning 7. Materials science and ontologies 8. Toward semantic standard and process ontology for Additive manufacturing 9. Digital farming in Kenya under Covid-19: How digitalisation enables market expansion strategies and asymmetric power relations in the global production network of fertiliser Part 3: Novel manufacturing processes and materials 10. Possibilities and challenges of using robot manipulators in additive manufacturing 11. Sensor-guided motions for manipulators in manufacturing 12. Welding of dissimilar metals: a comparative study 13. A review of recent advances in additive manufacturing with polymer materials 14. On the degradation and lifetime prediction of filament wound composites subjected to thermal environmental sub-Tg aging 15. SFI Manufacturing – facts

Management Education

This book covers the key aspects of manufacturing consulting, from identifying operational inefficiencies to implementing Lean practices, improvement methodologies, and advanced technologies like automation and AI.

Introduction Chapter 1: Manufacturing Overview Chapter 2: The Manufacturing Consultant Chapter 3: Understanding Manufacturing Consulting Chapter 4: The Manufacturing Consulting Process Chapter 5: The Improver Chapter 6: Reporting Overview Chapter 7: The Future of Manufacturing Consulting Chapter 8: Consulting Insights Chapter 9: Common Improvement Methods, Tools, and Techniques Chapter 10: Case Study

Management Education

This book covers the key aspects of manufacturing consulting, from identifying operational inefficiencies to implementing Lean practices, improvement methodologies, and advanced technologies like automation and AI.

Introduction Chapter 1: Manufacturing Overview Chapter 2: The Manufacturing Consultant Chapter 3: Understanding Manufacturing Consulting Chapter 4: The Manufacturing Consulting Process Chapter 5: The Improver Chapter 6: Reporting Overview Chapter 7: The Future of Manufacturing Consulting Chapter 8: Consulting Insights Chapter 9: Common Improvement Methods, Tools, and Techniques Chapter 10: Case Study

Industrial Engineering & Manufacturing

The IoT has altered daily life in a numerous ways. It has offered communication between numerous items, including buildings, people, portable devices, and vehicles for mobility. 

1. Transforming Urban Spaces and Industries: The Power of Machine Learning and Deep Learning in Smart Cities, Smart Industries, and Smart Homes.  2. Integration Fog Computing and Wireless Sensor Network in Smart Cities.  3. Named Data Networking: Content Based Routing – Architecture, Challenges and Applications.  4. Advanced Computing Technologies for Energy-Efficient and Secure IoT Network in Smart Cities: Green IoT Perspective.  5. Amalgamation of 5G and Edge Computing for Latency Reduction in Metaverse Using WSN and IoT.  6. Blockchain Revolution: Using Distributed Ledger Technology to Transform Healthcare in WSN-IoT Environment.  7. Blockchain in Internet of Medical Things: Insights on Healthcare Systems.  8. Wireless Sensor Network-Based Automated Computer-Assisted Diagnostic Approaches for Identification of Brain Tumor Disease in IoT-Based Healthcare.  9. Machine Learning and its Applications in Healthcare.  10. Multi-perspective Issues and Role of WSN and Different Technologies in Healthcare Information System.  11.  Exploring the Applications of Wireless Sensor networks and the Internet of Things in Agricultural and Livestock Production and Management.  12. Wireless Sensor Networks and IoT Revolutionizing Healthcare: Advancements, Applications, and Future Directions.

Fabrication Techniques and Machining Methods of Advanced Composite Materials

Industrial Engineering & Manufacturing

The book documents the most current inventive developments in the manufacture and machining of sophisticated composite materials. Utilizing cutting-edge engineering materials with exceptional qualities, such as lightweight and long service life, is necessary for the industry to reduce energy consumption and production/maintenance costs.

1. State of the Art in Advanced Fabrication and Characterization Techniques for Composites: Research Insights and Future Direction. 2. Machining of Aluminium Silicon Carbide Metal Matrix Composite Using Fabricated Electro Stream Drilling Setup. 3. Advanced Fabrication Techniques of Composites: A State of Art Review and Future Applications. 4. Electro-Chemical Machining of Titanium Alloys and Various Composites for Efficient Machining Process: A Critical Review. 5. Green Composite: Fabrication, Characterization, Evaluation, and Application. 6.  Biopolymers and Sustainable Biopolymers Based Composites: Fabrication Failure and Repairing. 7. Biomimicry-Inspired Design of Sustainable Composite Materials. 8. Machining of Carbon Nanotubes Reinforced Epoxy Composites.

Industrial Engineering & Manufacturing

Manufacturing & Processing

The latest edition of this textbook continues to bring you the essential principles of machining through cutting, abrasion, erosion, and combined processes. This updated edition has been enhanced and expanded to provide a more comprehensive understanding of the subject matter.

1. Machining Processes. 2. Cutting Tools. 3. Mechanics of Orthogonal Cutting. 4. Thermal Aspects in Metal Cutting. 5. Tool Wear, Tool Life, and Economics of Metal Cutting. 6. Cutting Cylindrical Surfaces. 7. Cutting Flat Surfaces. 8. High-Speed Machining. 9. Machining by Abrasion. 10. Abrasive Finishing Processes. 11. Modern Abrasive Processes. 12. Magnetic Field–Assisted Finishing Processes. 13. Mass Finishing Operations. 14. Machining by Electrochemical Erosion. 15. Machining by Thermal Erosion. 16. Hybrid Machining Processes. 17. Machining Composite Materials. 18. Thermal-Assisted (Hot) Machining. 19. Vibration-Assisted Machining. 20. Micromachining. 21. Nanomachining. 22. Machinability. 23. Machining Process Selection. 24. References.

Operations Research

The book focuses on decision-aided intelligent systems, showing readers how fuzzy sets and t-norms enhance decision-making amidst uncertainty and incomplete information. It further presents a decision support model for medical diagnosis and treatment planning and evaluation of smart mega cities under a Pythagorean fuzzy environment.

Preface
About the Editors
List of Contributors
 
Chapter 1: Lambert Aggregation Operators For Intuitionistic Fuzzy Multi-Criteria Decision Making
 
Chapter 2: A Group Decision Aggregation-Based IVIF-MARCOS and Goal Programming Approach for Intelligent Decision-Making in Tourism Marketing
 
Chapter 3: Sustainable Urban Logistics Evaluation in Smart Cities: A Multi-Criteria Group Decision-Making Approach Using the Hesitant Fuzzy Linguistic ARAS Method
 
Chapter 4: Choquet Integral-Based q-rof Entropy And Its Application
to Information Technologies
 
Chapter 5: Hybrid Approach using Interval Type-2 Fuzzy TOPSIS and Unsupervised Machine Learning for Water Security and Water Source Area Challenges
 
Chapter 6: A Group Decision Making by Hesitant Fuzzy Set: Determination of Criterion Weights in Biomass Power Plant Investment
 
Chapter 7: Fuzzy Set Theory Applications in Smart Cities and IoT
 
Chapter 8: Smart Campus Process Automation: Process Prioritization through Triangular Fuzzy AHP
 
Chapter 9: Dombi t-norm and t-conorm Based Aggregation Operators in an
Interval-Valued Fermatean Fuzzy Framework with Confidence Levels
 
Chapter 10: Evaluation of Heavy Forest Fire Helicopters Using q-rung Orthopair Fuzzy Sets Based TOPSIS Decision Making Model
 
Chapter 11: Some Interval-Valued Intuitionistic Fuzzy Confidence Level-Based
Aggregation Operators Using Frank t-norm and t-conorms

Management of Technology & Innovation

Gamification and Industry 4.0 looks at how the transformative shift of production and manufacturing opens up for gamified experiences in the work place. 

Introduction  1. Gamification  2. Industry 4.0 and Smart Manufacturing  3. Gamification types for industrial work  4. Designing gamification for industrial purposes  Conclusion

Industrial Engineering & Manufacturing

Manufacturing & Processing

The text comprehensively explains different pathways for hydrogen production, storage and transportation technologies, safety issues, and various applications of hydrogen in different industries. It further covers hydrogen storage methods such as physical storage, chemical storage, and biological storage.

1. Green Hydrogen Revolution: The Energy of the Future. 2. Integrated Solar Powered Green Hydrogen Production: Opportunities and Challenges. 3. Solar Renewable Energy Powered Green Hydrogen Production. 4. Integrating Fossil Fuels and Solar Energy for Sustainable Hydrogen Production. 5. Green Hydrogen Generation from Water using Dry Cell Electrolysis with various Catalysts. 6. A Critical Review of Electrolysis-Based Hydrogen Production: Advancements and Limitations. 7. Synergizing Pathways and Strategies: A Novel Approach to Dark Fermentative Biohydrogen. 8. Optimizing Green Hydrogen Production for Cost and Performance. 9. Recent Advances in Solid-State Storage of Hydrogen Energy. 10. Integration of Proton Exchange Membrane (PEM) Fuel Cells with Other Energy Systems for Enhanced Efficiency and Energy Demand Fulfilment – A comprehensive Review. 11. Exergy analysis of turbocharged common rail direct injection diesel engine with hydrogen enrichment. 12. A review on opportunities and challenges of RCCI combustion fueled by hydrogen and natural gas. 13. Hydrogen Application in Buildings Industry. 14. Harnessing Hydrogen for Agricultural Revolution. 15. Hydrogen Application in Aerospace Industry. 16. Hydrogen Application in Water Treatment Industry. 17. De-carbonizing Transportation: Navigating the Nexus of Greenhouse Gas Emissions,  Advanced Mixed Bio-fuels and Mixed CNG-Hydrogen Gas.

Pharmaceutical Engineering

3D printing has evolved as an emerging tool for the design of customized or personalized medication that provides the maximum therapeutic benefits to patients. The manufacturing of medicines in small batches customized with tailored dosages, sizes, shapes, and drug release properties is the key prospect of using 3D printing in pharmaceutics.

Section 1: 3D Printing, Drug Delivery Systems, and Application Domain Overview. 1. Advancements in Tailoring Medication Using 3D Printing. 2. Innovative and Modified Additive Manufacturing Processes: Extended Applications in the Pharmaceutical Industry. Section 2: Quality Characteristics Challenge in 3D Printing of Pharmaceutical Products. 3.Navigating the Terrain of 3DP for Pharmaceutical Products: Quality Conundrums and Solutions. Section 3: Extrusion-Based 3D Printing in Pharmaceutics. 4. Extrusion-Based 3D Printing in Pharmaceuticals. 5. Extrusion- Based 3D Printing Technology: A Revolution in Pharmaceutical Drug Manufacturing. Section 4: Binder Jetting-Based 3D Printing in Pharmaceutics. 6. Binder Jetting: A Versatile and Rapid Fast 3D Printing Phenomenon. 7. Binder Jetting-Based 3D Printing in Pharmaceutics. Section 5: SLS and SLA-Based 3D Printing in Pharmaceutics. 8. SLS and SLA Techniques in 3D Printing for Better Pharmaceutical Applicability of Soft Materials. Section 6: Hybrid 3D Printing Techniques in Pharmaceutical Applications. 9. Next Generation Computational Automation-Based Additive Manufacturing of Pharmaceuticals: An Approach to Fabricate Precise Medicine. Section 7: Social, Economic, Environmental, Quality and Regulatory Aspects. 10. Social, Economic and Environmental Justifications for 3D Printing of Pharmaceutical Products. 11. Quality Control Methods for Three-Dimensional Printed Pharmaceuticals. 12. 3D Printed Pharmaceuticals: Current Regulatory Scenario.

Industrial Engineering & Manufacturing

This handbook, divided into four key sections, is a comprehensive overview and a holistic approach to the principles, applications, challenges, and opportunities associated with integrating bio-based materials into modern manufacturing practices.

Chapter 1 Introduction to Bio-Based Materials. Chapter 2  Fundamental of Bio-Based Polymers. Chapter 3 Bio-Based Coating and Surface Treatment Chapter 4. Bio-Based Materials in Additive Manufacturing: Sonication of Sheep Wool Fiber for Feedstock Production for 3D Printing. Chapter 5 Regulatory Framework and Standards for Bio Based Materials. Chapter 6 Bio-Based Materials in Packeging and Consumer Goods. Chapter 7 Lightweight and Sustainable: The Evolution of Natural Fiber Reinforced Composites in Automotive and Aerospave Sectors. Chapter 8 Bio-Based Materials in Biomedical Applications. Chapter 9 Bio-Based Materials for Sustainable Energy Applications. Chapter 10 Bio-Based Materials for Water Treatment and Purification Chapter 11 Challenges and Future Directions in Bio-Based Materials. Chapter 12 Reinforcing Sustainable Bio-Based Material for Smart Manufacturing. Chapter 13 Optimizing Bio-Based Processes for Sustainable Development. Chapter 14 Innovative Processing and Functional Enhancements in Bio-Based Polymers. Chapter 15 Cost and Complexity of Implementation of Bio-Based Materials. Chapter 16 Case Studies and Success Stories of Bio-Based Materials for Smart Manufacturing. Chapter 17 Challenges of Predictive Analytics Adoption in Supply Chain Management: A Case from the Healthcare Industry. Chapter 18 Nanotechnology and Biomaterials in Smart Manufacturing. Chapter 19 Integration of Artificial Intelligence and Biomaterials. Chapter 20 Future Trends in Smart Manufacturing. Chapter 21 Advanced Manufacturing and Industry 4.0: Transforming Manufacturing Systems.

Industrial Engineering & Manufacturing

Quality Control & Reliability

This 2-volume handbook covers the importance of quality management tools and construction management principles, procedures, concepts, methods, and tools. Due to the varied nature of construction management processes, the addition of certain topics, and for proper understanding of the information the new edition is divided into two volumes.

Vol. 1 - 1. Overview of Construction Projects. 2. Project Delivery Systems. 3. Construction Management Delivery System. 4. Construction Management Tools. 5. BIM in Design and Construction. 6. Construction Contract Documents. 7. ISO Certification in Construction Industry. 8. Quality Auditing. 9. Value Methodology. Vol. 2 - 1. Project Management Processes. 2. Construction Management Principles for Construction Management Phases. 3. Lean Construction. 4. Operation and Maintenance. 5. Facility Management.

Industrial Engineering & Manufacturing

Quality Control & Reliability

Companies across all industries face operational challenges that impact their competitiveness. Industrial Engineering offers dynamic solutions through diverse concepts, methods, and tools designed to solve problems, streamline processes, and improve quality across sectors. This handbook presents current industrial engineering knowledge.

Section I: Fundamentals of Industrial Engineering. 1. Task Analysis. 2. Workstation Design. 3. Industrial Safety. Section II: Supply Chain and Logistics Management. 4. Raw Material Sourcing and Inventory Management. 5. Collaboration and Integration of Supply Chain. 6. Inverse Logistics. Section III: Quality Management Systems. 7. Tools for Quality. 8. Statistical Process Control (SPC). 9. ISO Quality Certifications. Section IV: Operational Excellence and Continuous Improvement. 10. Elimination of Wastes and Its Approaches. 11. Continuous Improvement. 12. Total Productive Maintenance. Section V: Advanced Technologies and Digitalization. 13. Internet of Things. 14. Artificial Intelligence and Big Data. 15. Automation. Section VI. Sustainability and Environmental Considerations. 16. Sustainable Production Practices. 17. Measurement of Sustainability.

Nature and Bio-Inspired Approaches, Processes, Materials, and Manufacturing

Industrial Engineering & Manufacturing

Machine Learning - Design

With the growth of science and technology, the delivery of dental care has shifted from conventional methods to intelligent techniques, and sustainable dental practices are of utmost importance. This handbook provides the latest and most comprehensive evidence-based guidance on intelligent and sustainable approaches in dentistry.

1. Internet of Things: A New Perspective to Digital Dentistry.  2. Intelligent Prosthodontics, Intelligent Implantology, Intelligent Full Mouth Rehabilitation. 3. Cryotherapy: A New Paragon In The Field Of Endodontics.  4. Design and FEA Analysis of Customized Temporomandibular Joint Implant.  5. Latest Intelligent and Sustainable Materials for Dental Application.  6. Recent Advances in Sintering Techniques in Dental Ceramics.  7. Navigating Endodontic Irrigants: Applications and Advancements for Successful Root Canal Therapy.  8. Recent Advances in Newer Generation Composite Resin.  9. Materials for Tissue Engineering and Their Applications in Dentistry.  10. Use of Bioinspired and Nanostructured Materials from Nature in Dentistry.  11. Dentistry 4.0's Role in COVID-19: Telemedicine and Online Education.  12. The Era of Telemedicine: Current Applications.  13. Virtual Reality Distraction as an Effective and Intelligent Tool for Effective Behaviour Management.  14. Sustainable and Innovative Techniques for Improving Dental Health: Towards Effective Behavior Management.  15. A Mobile Application for Malocclusion Classification and Segmentation in Dental Images Using a Deep Learning Ensemble.  16. Doctor's Assistive System Using Augmented Reality Glass.

Industrial Engineering & Manufacturing

Production Systems & Automation

Smart manufacturing technologies are highly efficient, reliable, produce high-quality products and enable industries to quickly resond to changing market conditions. This handbook covers the transformation of conventional to smart manufacturing technologies and the impact of smart manufacturing on industrial engineering.

Section I: Transformation of Conventional to Smart Manufacturing Technologies in the Digital Age. 1. Advances in Hybrid Metal Additive Manufacturing Technology and the Challenges for Manufacturers, Software and Professionals. 2. Influence of Various Process Parameters on Bead Geometry, Mechanical Properties and Microstructural Characteristics of produced WAAMed parts in Wire Arc Additive Manufacturing (WAAM) of Metallic Alloys: A Comprehensive Review. 3. Teaching learning based Optimization for Optimizing Process Parameter In Wire Electrical Discharge Machining (WEDM). 4. Peering into the Smart Manufacturing-Material Forming and Joining: Casting, Welding to Unbind the Potential of Traditional Manufacturing. 5. Computational and experimental analysis of erosion wear in a pipeline with butterfly valves. 6. Enhancing Concrete Performance with Sugarcane Bagasse Ash: Impact on Workability, Strength and Durability. Section II: Transformation of Advanced Materials processing towards industrial Engineering. 7. Technological prospecting for the sugarcane juice extraction stage: a patentometric study on the diffuser and crushing mill process. 8. Comparative Analysis of Recycled HDPE Tiles with Graphene Against Solar Panels: A Study from The Perspective of Frugal Innovation and Technoscience as an Instrument for Technological and Social Development. 9. Feasibility Study and Design of Heat Sink of Passive Cooling System. 10. Effects of Addition of Plastic Waste on the Strength Properties of Concrete and Bituminous Asphalt. 11. Using Value Stream Mapping (VSM) as a Lean Production Tool: Streamlining the Production process in a Lubricants and Degreasers Company. 12.Study of Design Requirements for the Design of Bakelite Materials for Smart Manufacturing Applications.

Rathinamoorthy, R. | Surjit, R. | Vardhini, K. J. Vishnu

Industrial Engineering & Manufacturing

Textile Manufacturing

Industrial Engineering & Manufacturing

Recent decades have witnessed significant progress in zirconia-based materials research. This comprehensive handbook explores the latest advancements and applications of these materials, providing insights into cutting-edge manufacturing and materials science research while covering diverse industrial uses, properties, and synthesis methods.

Section I. Fundamentals and Material Science. 1. Introduction to Zirconia and Zirconia-Based Materials. 2. Zirconia Nanoparticles as the Strengthening Phase. 3. Synthesis of Zirconia-Based Materials. 4. Elaboration and Characterization of Zirconia and Its Comparison with Other Metal-Oxides: Case Study. Section II. Industrial and Engineering Applications. 5. Applications of Zirconia and Zirconia-Based Materials. 6. ZrO2 Used for Thermal Protection Systems of Ultra-High Temperature Automobile and Aerospace Applications. 7. Zirconia-Based Thermal Barrier Coatings: Advancements in Doped, Nanostructured, Multilayered, and Gradient-Structured Systems. 8. Modified Zirconia as an Efficient Thermal Barrier Coating: A Case Study on ZrO2-Based Coatings. 9. Wear Performance of Plasma-Sprayed Nanostructured Zirconia Coatings on Stainless Steel under Distilled Water Conditions. 10. Case Study on the Erosion Wear Performance of ZrO2-Coated SS-410 Using RSM and TOPSIS. Section III. Energy and Catalytic Applications. 11. Catalytic Wonders: The Power of Zirconium in Modern Chemistry. 12. Zirconia-Based Materials for Electrochemical Energy Storage. 13. Zirconia-Based Solid Metal-Organic Framework for Electrochemical Sensors. 14. Zirconium-Based MOFs: Advances in Electrochemical Sensing and Biosensing. Section IV. Medical and Dental Applications. 15. Pharmaceutical and Device Applications of Zirconia. 16. Biological and Biomedical Applications of Zirconia. 17. Influence of Thickness on the Mechanical Strength of Monolithic Zirconia Dental Crowns. 18. Performance of Zirconia Coatings for Dental Applications. Section V. Emerging Technologies. 19. Advancements in Zr and ZrO2 Technologies: Additive Manufacturing and Emerging Fields.

Industrial Engineering & Manufacturing

Manufacturing & Processing

This updated volume covers the design, manufacturing, and inspection of High Productivity Drilling Tools (HPDT) and addresses common issues with drilling system components. It discards old notions and beliefs as it introduces scientifically and technically sound concepts and rules with detailed explanations and multiple practical examples.

1. Basics of Drilling and Drilling Systems. 2. Geometry and Design Components of Drilling Tools. 3. Deep-Hole Drilling Tools. 4. PCD Drilling Tools. Appendix : Basics of the Tool Geometry.

Industrial Engineering & Manufacturing

Manufacturing & Processing

This completely updated volume covers tool materials, tolerances, an inspection of drilling tools, requirements of tool drawings with examples, and methodologies and procedures of failure analysis. It introduces a new line of HP drilling tools called VPA designs and brings it into sharp focus signifying its importance in drilling operations.

1. Metrology of Drilling Tools: Tolerances, Inspection, and Representation in Tool Drawings. 2. Tool Materials. 3. Metal Working Fluids (MWFs). 4. Tool Life, Wear, and Failure Analysis Procedures of Drilling. Appendix A: Geometrical Product Specification and Verification (GPS&V) Basics Related to Drilling Operations. Appendix B: Basics of Balancing. Appendix C:MWF Flow Fundamentals. Appendix D. Plastic Lowering of the Cutting Edge.

Industrial Engineering & Manufacturing

Sustainable Engineering & Manufacturing

Sustainability is a global issue and, with the advent of further legislation to make organizations ‘greener’, companies are keen to promote sustainable performance to survive in the market. Using the facets of Industry 4.0, companies can become leaner, cleaner and measure their performance more effectively. 

1. Sustainable Development in Contemporary Organizations: A Human Factors and Ergonomics Perspective. 2. Impact of Human Biases and AI (Artificial Intelligence) on Organizational Performance, Efficiency, and Enhanced Productivity. 3. Supply Chain 4.0 a Source of Sustainable Initiative Across Food Supply Chain: Trends and Barriers. 4. Role of Human Capital in the Supply Chain Management. 5. Understanding Artificial Intelligence in Supply Chain and Innovation Performance. 6. Ecological Strategic Orientation and Sustainable Performance.: A Study of Supply Chain Industries in Oman. 7. The Effect of Organizational Green Operations and Digitalization to Promote Green Supply Chain Performance. 8. Do Green Entrepreneurial Leadership and Green Operational Practices Adaptation Matter in the Pursuit of Green Innovation: Unfolding the Role of Discretionary . 9. Managing Career Attitudes in the Era of the 21st Century. 10. Analysis of the Curricula of the Industrial Engineering Departments in Terms of Sustainability-Themed Courses: A Study on Turkish Universities. 11. The Readiness of Students and Employees in Logistics Companies for the Challenges of Introducing Sustainability, Digitalization and Industry 4.0. 12. Nurturing Human Capital for Industry 4.0. 13. The Dilemma of Entrepreneurship. V/S Sustainability. 14. Platform Revolution in Developing Countries and the Role of Organization 4.0: Opportunities and Challenges for Sustainable Performance. 15. Overcoming Resistance: A Human Perspective on Driving Sustainable Performance in 4.0 Organizations – A Case of Pharma Trax. 16. A Model of the Strategic Orientation on Organizational Performance.

Updated to include the latest advances, the book highlights physiological, physical, and chemical hazards associated with hydrogen production, storage, distribution, and use systems. It is organized to address questions associated with the hazards of hydrogen and the ensuing risk associated with its industrial and public use.

1. Introduction. 2. Historical Survey of Hydrogen Accidents. 3. Hydrogen Properties Associated with Hazards. 4. Hydrogen Hazards. 5. Hazards in Hydrogen Storage Facilities. 6. Hazards of Hydrogen Use in Vehicles. 7. Inherently Safer Design. 8. Safety Management Systems. 9. HySafe: Safety of Hydrogen as an Energy Carrier. 10. Case Studies. 11. Effects of Hydrogen on Materials of Construction. 12. Future Requirements for Hydrogen Safety. 13. Legal Requirements for Hydrogen Safety.

Industrial Engineering & Manufacturing

Manufacturing & Processing

The world is undergoing a transformation driven by Industry 4.0 and Intelligent Manufacturing Technologies. This book explores the shift from automation and security to well-being and collaboration in industrial systems.

1 Change and Configuration Management in the Digital Enterprise Curriculum 2 Analysis of the Evolution of Human Factors in Industry 4.0 to 5.0: From Security and Automation to Advanced Collaboration and Well-being 3 Control and Task Scheduling Algorithms for Automated Guided Vehicles in Industry 4.0 4 Extended Interdependency Matrix to Evaluate Influence Factors in Circular Value Creation Systems: Application in Industry 5 Digitalization and High-End Manufacturing in Made in Italy Districts: Integrating Design Experiences in 5.0 Supply Chain 6 Investigating the Convergence of Digital Twins, the Metaverse, and Sustainability: A Study and Framework for Smart Cities 7 Human-Centered Intelligent Process Control: Vision, Design, and Implementation 8 Design and Production of Large-Scale Products by Robotic Extrusion-Based Additive Manufacturing 9 Revolutionizing Interface Design: Leveraging Additive Manufacturing and User-Centered Assessments 10 Unlocking Sustainable Urbanization: Investigating the Potential of Modular Construction and 3D Construction Printing in South Africa’s Affordable Housing Sector 11 3D Printing for Inclusive Health Care: Insights from a Delphi Study

Industrial Engineering & Manufacturing

The text comprehensively discusses tools, techniques, design principles, and benefits of Industry 4.0. It further covers information flow, advanced manufacturing systems, intelligent automation systems, and the role of data in Industry 4.0. The book explains the integration of Industry 4.0 with additive manufacturing and circular economy.

1. Industry 4.0: transforming communication, sustainability, and collaboration in manufacturing  2. Integrating Industry 4.0 technologies in manufacturing systems  3. Smart manufacturing 4. Advanced manufacturing systems and Industry 4.0 5. Cyber-physical system for advanced manufacturing  6. Digital twins for advanced manufacturing  7. Decision-making in Industry 4.0  8.  Navigating the legal landscape of sustainable Industry 4.0: challenges and considerations  9. Industry 4.0 performance measurement using key performance indicators for effective digital transformation  10. Machine learning applications in inventory management: a case study  11. Research issues in Industry 4.0

Industry 4.0 in Composite Manufacturing Industry for Sustainable Development

The text provides opportunities for the development of Industry 4.0 in composites manufacturing. It focuses on the fundamentals and research aspects of the application of advanced digital technologies in composite manufacturing industries. It highlights the role of Industry 4.0 on process optimization in automatic composite layup.

1. Biocomposite Manufacturing: Properties, Applications, Challenges and Future Trends. 2. Industry 4.0 Technologies in CompositeManufacturing: Enablers and Challenges. 3. Impact of Industry 4.0 Technologies on Sustainable Green Composites. 4. Industry 4.0 Enabled Life Cycle Assessment of Eco-Friendly Composites. 5. Aerodynamic Analysis of CNT-Epoxy Nanocomposite Propellers in Drone Applications. 6. Advancements in Jute-Based Hybrid Composites: Enhancing Mechanical Properties for Sustainable Engineering Solutions. 7. Sustainable Developments in Bast Fiber-Reinforced Composites: Mechanical Properties and Chemical Treatments. 8. Sustainable Materials for Prosthetic Sockets: The Role of Natural Fiber and Hybrid Bio-Composites. 9. Investigation of Roles of Banana Fibers on Mechanical Properties of Epoxy Based Polymer Composite. 10. A Review on Flax Fiber and Its Physical and Mechanical Properties . 11. Composite Materials for Biomedical Applications: Recent Development Using Artificial Intelligence. 12. A Critical Review of the Mechanical Behavior of Aluminum Metal Matrix Provided with Reinforcement Materials. 13. Review on Sustainable Abrasive Flow Machining Process and Recent Trends for the Finishing of Additively Manufactured Parts from Waste Materials. 14. Self-Healing in Nitinol-Reinforced Aluminum Matrix Composites: A Step Toward Industry 4.0 for Sustainable Manufacturing. 15. Investigating the role of fly ash content on wear rate of PLA composites. 16. Development of fly ash based PLA composites: physical and mechanical characterization. 17. Composite manufacturing: properties, application, challenges, future trend.

Industrial Engineering & Manufacturing

Production Systems & Automation

Industry 4.0 is a revolutionary concept that aims to enhance productivity and profitability in various industries through the implementation of smart manufacturing techniques. This book discusses the impact of Industry 4.0, which involves the integration of digital technologies into manufacturing processes within industrial engineering.

1. Introduction to Industry 4.0. 2. Security Concerns and Controls of Intelligent Cobots of Industry 4.0. 3. Big Data Analytics (BDA) for Industry 5.0. 4. Machine Learning – Enabled Predictive Analytics for Quality Assurance in Industry 4.0 and Smart Manufacturing: A Case Study on Red and White Wine Quality Classification. 5. Leveraging Clustering Algorithms for Predictive Analytics in Blockchain Networks. 6. Use of Digital Twin and Internet of Vehicles Technologies for Smart Electric Vehicles in the Manufacturing Industry. 7. AI Applications in Production. 8. IoT-Driven Supply Chain Management: A Comprehensive Framework for Smart and Sustainable Operations. 9. Supply Chain Management in the Digital Age for Industry 4.0. 10. Artificial Intelligence, Computer Vision and Robotics for Industry 5.0. 11. Data Analytics and Decision-Making in Industry 4.0. 12. Evolving Landscape of Industrial Engineering in Modern Era. 13. Artificial Intelligence (AI)-Enhanced Digital Twin Technology in Smart Manufacturing. 14. Smart Manufacturing: Navigating Challenges, Seizing Opportunities, and Charting Future Directions - A Comprehensive Review. 15. Industry 4.0 in Manufacturing, Communication, Transportation, Healthcare. 16. Artificial Intelligence-Based Anomaly Detection for Industry 4.0: A Sustainable Approach. 17. Future of Industry 5.0 in Society 5.0: Human-Computer Interaction-Based Solutions for Next Generation. 18. The Future of Manufacturing and Artificial Intelligence: Industry 6.0 and Beyond.

Industrial Engineering & Manufacturing

Manufacturing & Processing

Drawing from collaborations with CXOs, engineering teams, and educators, this second edition reflects how organizations are balancing technological advancement with human-centric approaches, and serves as a roadmap and companion for implementing transformation where ethics, sustainability, and human empowerment as crucial as technology.

1. Industrial Transformation. 2. Engineering and Manufacturing Transformation. 3. Technological Innovations of Industrial Revolution 3.0 to 5.0. 4. Transformation in Automotive Sector. 5. Transformation in Hi-Tech Electronics Industrial Sector. 6. Transformation in Process and Industrial Manufacturing Sector. 7. Human-Centric Design and Workforce Empowerment. 8. Sustainability, Circular Manufacturing, and Responsible Innovation. 9. Digital Maturity and Industrial Readiness. 10. Policy, Governance, and Ethics in Industry 5.0. 11. Upgradation of Industry 4.0 to Industry 5.0.

The text begins by discussing emerging models of socio-economic development, covers regulatory and policy implications in Industry 5.0, and strategic agility in navigating the transition to Industry 5.0. It further covers topics such as smart sensor technology, robotic-assisted surgery, and patient-related outcome measures in Industry 5.0.

1 Digital currencies in globalized Industry 5.0 markets 2 Digital payment services as catalysts for Industry 5.0: Enhancing stakeholder digital preferences 3 Do Industry 5.0 advantages foster sustainable green supply chain management? Insight into mediating role of accountant resource management practices 4 Smart manufacturing and Industry 5.0: Challenges and future prospects 5 Industry 5.0 and smart cities 6 Embracing Industry 5.0 as a public policy antecedent for resilience in emerging economies: A Malawian perspective 7 Innovation in entrepreneurship through the lenses of Industry 5.0: A systematic literature review using SPAR-4-SLR protocol 8 Restructuring workplace culture for employee well-being in Industry 5.0 9 Transforming healthcare system in Industry 5.0 10 Technological enablers of human-centric solutions in smart healthcare: Navigating health system toward Industry 5.0 11 Prioritizing the enablers of sustainable banking performance 12 Adapting to the future: Nexus between industry 5.0 and Sustainable Banking 13 Exploring the Intersection of ESG Frameworks and Industry 5.0: A Bibliometric network analysis of sustainability, governance, and corporate performance 14 Synergies between Environmental, Social, and Governance (ESG) compliances and Industry 5.0 initiatives for sustainable business outcomes 15 Sustainable hotels in the era of Industry 5.0: A bibliometric analysis

Industrial Engineering & Manufacturing

Production Systems & Automation

Intelligent Manufacturing and Industry 4.0: Impact, Trends, and Opportunities focuses on Intelligent manufacturing and the design of smart devices and products that meets the demand of Industry 4.0, manufacturing and cyber-physical systems, along with real-time data analytics for Intelligent Manufacturing.

1. Intelligent Manufacturing: Components, Challenges, and Opportunities 2. Navigating the Future of Intelligent and Smart Manufacturing: A Comprehensive Bibliometric Analysis (2012–2024) 3. Amalgamation of Disruptive Technologies for Implementation of Intelligent Manufacturing 4. Digital Twin Technology for Intelligent Manufacturing 5. Intelligent Load Migration Using Federated Learning in Intelligent Manufacturing 6. Challenges and Issues in Securing Intelligent Manufacturing Systems 7. Multi-Factor Authentication Methods for Intelligent Manufacturing 8. Light-Weight Algorithms for Enhanced Privacy and Encryption Techniques for IoT-Based Intelligent Manufacturing 9. Implementation of Intelligent Manufacturing Using Cyber-Physical Systems (CPS) 10. Use Cases of Intelligent Manufacturing 11. Case Studies of Next-Generation AI for Intelligent Manufacturing by Gautam

Industrial Engineering & Manufacturing

Corrosion-Materials Science

This book introduces the methods and processes of laser additive manufacturing technology for application in oil and gas fields, as well as the microstructure, corrosion, wear, erosion-corrosion behavior and mechanism of component or coating fabricated by this technology.

1. Characteristics, Classification, and Applications of Laser Additive Manufacturing and Repair Technologies. 2. Methods and Processes of Laser Additive Manufacturing Technology. 3. Microstructure of Metals Realized by Laser Additive Manufacturing. 4. Corrosion Behavior of Laser-Additive Manufacturing Metals in Oil and Gas Field. 5. Wear Behavior of Laser Additive Manufacturing Metals in Oil and Gas Field. 6. Erosion-Corrosion Behavior of Laser Additive Manufacturing Metals.

Flumerfelt, Ph.D., Shannon | Lerchenfeldt, Ed.D., Michael

A Lean Leader's Journey for Achieving Continuous Improvement

Strategic Management

As part of the Great Lean Leaders series, this book is designed to provide several reference points for reading and learning about the what’s, why’s and how’s of Lean Leadership.

Chapter 1: Introduction to Great Lean Leader, Dr. Jessica Jannaman ,Director of Environmental Health, Safety & Sustainability . . . . And Then I Was Hooked Chapter 2: Great Lean Leader PowerPointsfrom Dr. Jessica Jannaman Chapter 3: Great Lean Leader Competencies Map Chapter 4: Dr. Jessica Jannaman Interview Transcripts Chapter 5: Summary of Panel Discussion of Great Lean Leaders References

Flumerfelt, Ph.D., Shannon | Lerchenfeldt, Ed.D., Michael

A Lean Leader's Journey for Achieving Continuous Improvement

Strategic Management

As part of the Great Lean Leaders series, this book is designed to provide several reference points for reading and learning about the what’s, why’s and how’s of Lean Leadership.

Chapter 1: Introduction to Great Lean Leader, Dr. Jessica Jannaman ,Director of Environmental Health, Safety & Sustainability . . . . And Then I Was Hooked Chapter 2: Great Lean Leader PowerPointsfrom Dr. Jessica Jannaman Chapter 3: Great Lean Leader Competencies Map Chapter 4: Dr. Jessica Jannaman Interview Transcripts Chapter 5: Summary of Panel Discussion of Great Lean Leaders References

Industrial Engineering & Manufacturing

Manufacturing & Processing

Advancements in Manufacturing Strategies and Systems have ushered in a new era of efficiency, precision, and sustainability. This book includes practical applications of manufacturing technologies, providing case studies and real-world examples of how these advancements in manufacturing solve manufacturing challenges and improve efficiency.

Section I: Evolving Trends in Manufacturing Technologies. 1. Densification Study of Fe-0.8%C Powder Metallurgy Steel with the Effect of Mo under Cold Upsetting using Surface Plots and ANOVA. 2. On the Use of Sustainable Bio-Dielectric Fluid in the Spark Erosion Machining. 3. Analysing Mechanical behaviour of LM26/ZrB2 Composite Using Finite Element Modeling (FEM). 4. Various Challenges in Metal and Ceramic Particle-Filled Composite Filament-Based 3D Printing: A Review. 5. Effects of WAAM Process Parameters on Mechanical and Surface Integrity: A Comprehensive Review. 6. Smart Manufacturing in the Defence Sector: A Comprehensive Review and Analysis of Technological Advancements, Integration, and Challenges. 7. Design and Development of Indexing Jig Using CAD Software. 8. Formability and Fracture Criteria Study of Sintered Al-Fe3C-Cu Composites under Cold Upsetting. Section II: Advancements in Manufacturing Methods and Techniques. 9. Revolutionizing Manufacturing Operations in the Era of Industry 4.0: The Role of Industrial Internet of Things. 10. The Integration of Augmented and Virtual Reality in Modern Manufacturing. 11. CAD-CAM in Orthodontics: A Step Forward In Digitalization. 12. Machine Learning/Deep Learning Aspects of Manufacturing Techniques. 13. Revaluation of 3D Printing: Technology and Process Parameters. 14. Overview of Burnishing Process as a Surface Improvement Technique. 15. Laser Powder Bed Fusion Printing: Material and Process Parameter. 16. Innovative Approaches to Metal Matrix Composite Fabrication via Friction Stir Additive Manufacturing.

Mass Flow Measurement describes how Coriolis flowmeters, thermal flowmeters, and mass flow controllers function. It explains how and why these flowmeters were developed, illustrates the applications and ways in which they are used, and explores what to expect in terms of future development.

1. Starting Point.  2. Fundamental Concepts.  3. A Theory of Mass.  4. Four Ways to Measure Mass Flow.  5. Gaspard-Gustave de Coriolis and the Early Development of Coriolis Flowmeters.  6. Theory of Coriolis Flowmeters.  7. Development of Coriolis Flowmeter Products.  8. Thermal Flowmeters.  9. Mass Flow Controllers.  10. Multivariable Flowmeters.  11. The Rope Experiment and Finite Point Geometry.  Appendix: The “Waterwheel” Myth and Coriolis’ Actual Writings.  

Engineering Mathematics

The book explores a range of mathematical topics essential for application in engineering and applied sciences. It explores both the theoretical and practical aspects, providing a comprehensive foundation for the development of robust theories applicable to engineering and applied sciences.

1. Pure Mathematics Applied to Bio-Engineering Problems. 2. Inverse Coefficient Problem for Nonlinear Euler-Bernoulli Equation with Periodic Boundary and Integral Addition Conditions.  3. A Classification of Focal Surfaces of a Tube Surface in E3. 4. Approximation of Functions in Certain Lipschitz Classes by (M, ¿n)(E, 1) Means of Fourier Series and Conjugate Series of Fourier Series. 5. NTRU Cryptosystem Over Rational Numbers Q_p and a New Verification Method over Rational Functions Field. 6. Metric Spaces and Fixed-Point Results in G-Metric Spaces. 7. Inertial Three-Step Forward-Backward Splitting Algorithms to Solve Inclusion Problems and Their Application to Image Restoration Problems. 8. Explicit Study of Fractal Generation of Mandelbrot and Julia Sets via Picard-S Iteration Scheme with S-Convexity.

Mathematical Modeling, Design, and Optimization of Complex Engineering Systems

Operations Research

1. Mathematical Modeling and Optimization Techniques: Applications in Engineering, Economics and Data Science. 2. The Future of Artificial Intelligence: Innovations, Challenges, and Ethical Considerations toward 2030 and Beyond. 3. Finite Element Analysis for Structural Performance of Flat Slabs with Column-Adjacent Openings of Varying Shapes. 4. Finite Element Analysis of Sisal Fiber and Human Hair Composites: A Review. 5. Green Synthesis of Gold Nanoparticles and Their Applications: A Comprehensive Review. 6. Potential Flow Analysis of Rayleigh-Taylor Instability in Nanofluid Layer. 7. Materials Integration of Pressure Sensor Mechanism for Fluid Flow Control in MEMS Microfluidic Device Application: A Review. 8. Mathematical and Computational Analysis of a Two-Fluid Nonlinear Model for Pulsatile Blood Flow in a Stenosed Artery. 9. Numerical Simulation of Unsteady Blood Flow in a Multi-Stenosed Artery. 10. Exploring the Compatibility of Just-in-Time with Circular Economy Principles. 11. Modelling and Simulation of System for Power Factor Enhancement in Commercial Utilities. 12. Feasibility Study on the Implementation of Industry 4.0 Based MHS for Pipe Manufacturing Industry. 13. Fixed-Bed Column Studies for Removal of Contaminants from Synthetic Wastewater. 14. Mapping the Research Landscape of Genetically Modified Crops and Food Security: A Bibliometric Perspective. 15. Characteristic Comparative Study of Metallic Toxicants by Using Thin Layer Chromatography and Atomic Adsorption Technique. 16. An EPQ Inventory Model with Fuzzy Deterioration Rate and Finite Production Rate. 17. A Periodic Review Inventory Model with Emergency Order Using Weibull Distribution for Demand Items Under Bayesian Approach. 18. Finding an Optimal Solution and Optimal Cost Percentage to a Road Green Freight Transportation Problem. 19. Enhanced Solution of Transportation Problems with Russell’s Approximation Method Under the Fuzzy Environment. 20. A Study of Digitalization on Impulsive Bu

Juuso, Ilkka | Pöyhönen, Ilpo

This book simplifies the process regarding the application of usability to medical devices for new developers by providing a thought-out walkthrough of what is involved and how the expectations from the essential standards affect their work and why. 

Chapter 1: What to Know Before Getting Started Chapter 2: Usability Engineering Chapter 3: Usability Toolbox Chapter 4: Medical-Device Documentation Chapter 5: Clinical Environment Chapter 6: Benefit Management Chapter 7: Practical Transparency Chapter 8: Listening to the User Chapter 9: Integration with Quality Management Chapter 10: The Metro Map Chapter 11: Seeing into the Future Chapter 12: Conformity Assessment Chapter 13: Business as Usual Chapter 14: Conclusions

Juuso, Ilkka | Pöyhönen, Ilpo

This book simplifies the process regarding the application of usability to medical devices for new developers by providing a thought-out walkthrough of what is involved and how the expectations from the essential standards affect their work and why. 

Chapter 1: What to Know Before Getting Started Chapter 2: Usability Engineering Chapter 3: Usability Toolbox Chapter 4: Medical-Device Documentation Chapter 5: Clinical Environment Chapter 6: Benefit Management Chapter 7: Practical Transparency Chapter 8: Listening to the User Chapter 9: Integration with Quality Management Chapter 10: The Metro Map Chapter 11: Seeing into the Future Chapter 12: Conformity Assessment Chapter 13: Business as Usual Chapter 14: Conclusions

Materials Processing

This book explores the field of tribology in micro- and nano-reinforced composites to enhance material performance across a range of applications. 

Section I: Fundamentals of Composites. 1. Fundamentals and History of Composites for Engineering Applications. 2. Atomic-Scale Interface of Matrix and Reinforcement for Tribological Applications. Section II: Tribological Performance of Polymer Matrix Composites. 3. Influence of Nano-Sized Filler Reinforcement in Tribological Performance of Polymer Composites. 4. Influence of Fillers on High-Temperatures Tribology of Polymer Matrix Composites. 5.Influence of Fillers on the Tribological Performance of Self-Lubricating Polymer Coatings. 6. Development of Polymer Nanocomposites with Natural Fillers: Assessing Tribological Properties, Wear, and Surface Roughness. 7. Influence of Micro-Sized Filler Reinforcement on the Tribological Performance of Metal Matrix Composites. Section III: Tribological Performance of Metal Matrix Composites. 8. Influence of Nano-Sized Filler Reinforcement in Tribological Performance of Metal Matrix Composites. 9. Influence of Fillers on High-Temperature Tribology of Metal Matrix Composites. 10. Influence of Fillers in the Tribological Performance of Self-Lubricating Metal Matrix Coating. 11. Case Studies Related to the Tribological Performance of Reinforced Metal Matrix Composites: Comparative Analysis of Machine Learning Models for Predicting Wear Rates in AA7075/SiC Composite. 12. Case Studies Related to the Tribological Performance of Reinforced Metal Matrix Composites: Optimization of Tribological Properties in AA7075-WS2-TiC Hybrid Composites Using the Taguchi-GRA Method. Section IV: Tribiological Performance of Ceramic Matrix Composites. 13. Influence of Micro-Sized Filler Reinforcement in Tribological Performance of Ceramic Matrix Composites. 14. Influence of Nano-Sized Filler Reinforcement in Tribological Performance of Ceramic Matrix Composites. 15. Influence of Fillers on High-Temperature Tribology of Cera

Industrial Engineering & Manufacturing

Manufacturing & Processing

The text focuses on covering advanced manufacturing processes to fabricate microfluidic and micro-electromechanical system devices.

1. Introduction. Part 1: Mechanical Approaches. 2. Micro-Grinding Process of Glass Substrates. 3. Ultrasonic Machining of Glass Substrates. 4. Sandblasting of Glass Substrates. Part 2: Chemical Approaches. 5. Chemical Etching of Glass Substrates. 6. Fabrication of TGV’s by ECDD process for MEMS packaging applications. 7. ECD milling of glass for micro fluidic and RDL applications. Part 3: Plasma Approach. 8. Reactive Ion Etching of Glass Substrates. Part 4: High Temperature Approaches. 9. Glass Reflow of Glass Substrates. 10. Microwave Machining of Glass Substrate for Micro Hole Fabrication. 11. Laser Machining of Glass Substrates. Part 5: Hybrid Approach. 12. Triplex hybrid method for glass processing: Laser and Ultrasonic assisted Electrochemical discharge machining. Part 6: Post Processing Approach. 13. Post processing of glass substrates for Micro-Fluidic and MEMS applications.14. Conclusions.

Materials Processing

This book captures recent breakthroughs in subtractive manufacturing and difficult-to-machine material-based modern techniques including hybrid machining and super finishing and outlines the critical area profile accuracy, high precision machining, high tolerance, surface quality, chipping, and cracking, for converting into new applications.

About the Editors
Preface
1 A Brief Review on Electro-chemical Discharge Machining Process - Satadru Kashyap
 
2 A Review of Process Parameters of Rotary Ultrasonic Machining - Jaspreet Singh, Chandandeep Singh, Kanwaljit Singh
 
3 Effect of Minimum Quantity Lubrication (MQL) Method on Machining Characteristics for Ductile Substrates: A Future Direction - Ankit Sharma, Atul Babbar, Kamaljeet Singh, Anoop Kumar Singh, Naveen Mani Tripathi, Dhaval Jaydev Kumar Desai
 
4 Comprehensive Study on Electro Chemical Discharge Machining - Santosh Kumar, Rakesh Kumar, Mohit Kumar
 
5 Advancement of abrasive-based nano-finishing processes: Principle, challenges and current applications - Manoj Kumar, Mohit Kumar, Ankit Sharma, Atul Babbar
 
6 Defects during Conventional Machining of Polymer Composites: A Review - Rahul Mehra, Santosh Kumar, Satish Kumar
 
7 Optimization   of Machining Parameter Using Electric Discharge Machining on Fabricated Aluminium-Based Metal Matrix Composite - Rajinder Kumar, Navdeep Singh, Harish Kumar Garg
 
8 Experimental Investigation on Surface Texture of Inconel-800 with Hybrid Machining Method Using Optimization Technique - Satish Kumar, Harvinder Singh, Rahul Mehra, Aneesh Goyal
 
9 Advanced Finishing Processes for Cylindrical Surface Finishing- A Review  - Manpreet Singh, Gagandeep Singh, Mohammad Alshinwan

Modern Technologies and Tools Supporting the Development of Industry 5.0

Quality Control & Reliability

This book, a collective work of expert authors delves into the heart of Industry 5.0, exploring how it synergizes human creativity with robotic precision to redefine industrial landscapes. From collaborative robotics to sustainable development each chapter unfolds layers of knowledge essential for professionals, academics and students alike.

1. Industry 5.0: Employee Readiness for Co-Bot Workspace. 2. Automation and Robotization: An Aerial View of Industry 5.0 on Employment and Employees. 3. Structural Dimensions and Measurement of Readiness for Industry 5.0 Implementation: A Fresher Insight from SMES in Developing Country. 4. Thriving in Industry 5.0: The Evolving Role of Employees in the Age of Automation and Innovation. 5. Exploring the Impact of Collaborative Robots on Human-Machine Collaboration in the Era of Industry 5.0. 6. Harmonizing Human and Robotic Workers in Industry 5.0: Creating a Resilient, Human-Centric and Sustainable Organizational Ecosystem. 7. Impact of Industry 5.0 on Sustainable Development with Machine Learning and Role of Internal Audit: Literature Review. 8. Analysis of Industry 5.0 Contributions to Sustainable Development: From Welfare to Wellbeing. 9. Reverse Logistics and Green Supply Chain on terms of Sustainability: An Application in An Enterprise. 10. Influence of Internal Audit on Implementation of Environmental, Social and Governance (ESG) Factor: Case of Public Listed Companies in Oman. 11. Foresight the Future Consequences of Industry 5.0 in Sustainable Services Production and Consumption in Developing Countries. 12. Readiness of Enterprises to Implement Industry 5.0: Challenges and Security Concerns.

Leading Operations with Meaning, Optimism, and Relationships for Excellence

This book is essential reading for anyone in leadership within the manufacturing sector, from executives to operational managers. At a time when the manufacturing sector is navigating global competition and technological upheaval, this book serves as a hopeful roadmap.

Part I: Foundations of Human Progress – The Story of Work and Well-Being Chapter 1: The Story of Work Chapter 2: The Story of Well-Being at Work Part II: Meaningful Work Chapter 3: Meaningful Work: Meaningful Life Chapter 4: Personal Drivers of Purpose and Impact Chapter 5: The Why and the How of an Organizational Imperative Chapter 6: Lean and Mean-ingful Chapter 7: Preserving Purpose in the Digital Shift Part III: Optimism Chapter 8: Turning Challenges into Opportunities Chapter 9: A Catalyst for Operational Excellence Chapter 10:  Fueling Grit, Goals, and Growth Part IV:  Positive Workplace Relationships Chapter 11:  High-Quality Connections:  How Small Moments Drive Big Results Chapter 12:  Compassion:  Balancing Accountability with Authentic Care Chapter 13:  Psychological Safety:  Breaking the Cycle of Fear and Dysfunction Chapter 14:  Workplace Dynamics:  The Influence of Leaders and Peers Part V: Transformational Leadership Chapter 15: What’s in a Norm? Chapter 16: Norms Fostering Manufacturing Excellence Chapter 17: The Who and How of Successful Norm-Shifting Chapter 18: Now and Forever MORE Appendices Appendix A: Positive Interventions for Enhancing Meaningful Work Appendix B: Positive Interventions Cultivating Optimism Appendix C: Positive Interventions for Developing and Fostering Positive Workplace Relationships References
 
 

Leading Operations with Meaning, Optimism, and Relationships for Excellence

This book is essential reading for anyone in leadership within the manufacturing sector, from executives to operational managers. At a time when the manufacturing sector is navigating global competition and technological upheaval, this book serves as a hopeful roadmap.

Part I: Foundations of Human Progress – The Story of Work and Well-Being Chapter 1: The Story of Work Chapter 2: The Story of Well-Being at Work Part II: Meaningful Work Chapter 3: Meaningful Work: Meaningful Life Chapter 4: Personal Drivers of Purpose and Impact Chapter 5: The Why and the How of an Organizational Imperative Chapter 6: Lean and Mean-ingful Chapter 7: Preserving Purpose in the Digital Shift Part III: Optimism Chapter 8: Turning Challenges into Opportunities Chapter 9: A Catalyst for Operational Excellence Chapter 10:  Fueling Grit, Goals, and Growth Part IV:  Positive Workplace Relationships Chapter 11:  High-Quality Connections:  How Small Moments Drive Big Results Chapter 12:  Compassion:  Balancing Accountability with Authentic Care Chapter 13:  Psychological Safety:  Breaking the Cycle of Fear and Dysfunction Chapter 14:  Workplace Dynamics:  The Influence of Leaders and Peers Part V: Transformational Leadership Chapter 15: What’s in a Norm? Chapter 16: Norms Fostering Manufacturing Excellence Chapter 17: The Who and How of Successful Norm-Shifting Chapter 18: Now and Forever MORE Appendices Appendix A: Positive Interventions for Enhancing Meaningful Work Appendix B: Positive Interventions Cultivating Optimism Appendix C: Positive Interventions for Developing and Fostering Positive Workplace Relationships References
 
 

Mathematics & Statistics for Engineers

The text comprehensively discusses the decisions such as screening, prioritizing, ranking, or sorting a set of alternatives by monitoring their criteria, parameters, variables, or factors that may be independent or conflicting. It further covers topics such as neutrosophic sets, data envelopment analysis, and vague sets.

 Chapter 1. Evaluating Relative Efficiencies of Government Schools in Delhi Region through Data Envelopment Analysis.   Chapter 2. Optimizing location, allocation, inventory, and transportation in a circular economy network using a multi-objective mathematical model.   Chapter 3. Grey theory based Ranking framework Towards Successful Industry 4.0 Implementation.   Chapter 4. Application of Fuzzy AHP and Fuzzy TOPSIS for establishing priority weight of multiple criteria for building sustainability assessment.   Chapter 5. Application of Emerging Uncertainty Theories in MADM/MCDM Problems: A Review.   Chapter 6. Practical Application of Multi-Attribute Decision-Making in the Oil and Gas Industry.   Chapter 7. Deriving Criteria Weights for the Analytical Framework for Grading and Listing Heritage Buildings: Comparative Analysis of AHP and Fuzzy AHP.    Chapter 8. Ranking of cricket teams using Multi-Attribute Decision Making approach: BHARAT.   Chapter 9. Multi-Objective Optimization for Turning using MOORA & Novel CoCoSO Approach.   Chapter 10. A Hybrid MADM Approach Integrating Fuzzy Logic and MOORA.   Chapter 11. Optimization of Process Parameters for FSP Surface Modified Al6061reinforced with nano TiAl sheets using TOPSIS Multi-Criteria Decision-Making (MCDM) Technique.   Chapter 12. Multi-attribute optimisation of PMEDM process parameters for machining Ti6Al7Nb–a biocompatible alloy.   Chapter 13. Integrated Approach for Resilient Supplier Selection: Application of DD-GDA-GT-EMSS Framework.   Chapter 14. Dynamic Fermatean Fuzzy Set: Modelling Dynamic Multicriteria Decisions.   Chapter 15. Assessment of India’s High Ethanol Blending Future using A Fuzzy-AHP and Dempster-Shafer-Based Decision Model.   Chapter 16. GRA, TOPSIS, and DFA-Aided Decision-Making in Concrete Technology Chapter 17. Analyzing sustain

Industrial Engineering & Manufacturing

The text highlights how nanofluids can be used in thermal solutions across multiple industries, including electronics, energy, and manufacturing. It emphasizes the enhanced heat transfer properties of nanofluids and their potential to significantly improve the efficiency of heat exchange processes.

1. Recent Innovation, Technological Development, and Futuristic Application of Nanofluids. 2. Nanoparticle synthesis and Characterization for Nanofluid development. 3. Experimental Techniques for Nanofluid Testing and Validation. 4. Renewable Thermal Storage Systems And Nano Fluids: Sustainable Energy Solutions. 5. Research Frontiers in Nano-fluids for Thermal Engineering. 6. Safety and Environmental Considerations in Nano Fluid-Based Systems. 7. Heat Exchanger Design and Performance Improvement with Nano fluids. 8. Nanofluids in Automotive Engineering: Cooling and Energy Efficiency Enhancement. 9. Flow of Reiner-Rivlin Nanofluid between two Rotating Disks. 10. Flow and Thermal behavior of Ellis Hybrid Nanofluid. 11. Flow of Newtonian and Non-Newtonian hybrid Nanofluid in cylindrical geometry. 12. Magnetohydrodynamic Flow of Ternary Hybrid Nanofluids Over a Wedge: Influence of Nanoparticle Shape Factor in Solar Energy Applications. 13. Flow and Thermal Characteristics of Diathermic oil based Tri-hybrid Nanofluid. 14. Brinkman Equation in Nanofluids: Generalized Stream Function Solutions. 15. Future Trends and Emerging Research in Nano fluids for Aerospace applications. 16. Evolution of Green Concrete in Building Industry: A Sustainable Approach for Nanomaterials Development & Application.

Industrial Engineering & Manufacturing

Manufacturing & Processing

The text begins by discussing the processing and characterization of nano-manufactured resorbable bio nanocomposites and presents the latest advances in carbon-based polymer nanocomposite materials for sensing applications.

1 Introduction to Bio-based Polymers and Their Advancements
2 Processing and Characterization of Bionanocomposites
3 Bio-based Nanocomposites for Imaging, Tissue Repairing, and Drug Delivery Applications
4 Carbon Nanocomposites: A Good Candidate for Sensing and Detection of Neurotransmitters
5 Bioinspired Nanocomposites: Multifunctional Materials towards Sustainable Alternatives
6 Bio-based Starch Blends in Active Food Packaging Applications
7 Smart and Self-healing Hydrogels for Biomedical Applications
8 High-Energy Beam-Based Surface Texturing on Advanced Engineering Materials Used in Bioimplants
9 Nanocomposites in Cytotoxicity and Targeted Drug Delivery Applications
10 Polymer-based Bionanocomposites: Smart Adsorbents for Detection and Removal of Metal Contaminants from Water
11 Biomimetic Nanocomposites for Orthopedic Applications
12 Functional Nano-manufactured Bio-composite in Healthcare Applications
13 Degradation Studies of Resorbable Materials for Biomedical Applications
14 Nanobiocomposites in Wound Healing
15 Future Trends of Nanocomposites in 3D Bioimplants and Fluorescent Bioimaging
16 Challenges and Perspectives of Polymeric Nanocomposites for Biomedical Applications

Sinha, Mukesh Kumar | Pandey, Ritu

This book describes various aspects of technical textiles and materials, emerging technologies, plant by-product, ultrafine fibers, functional fibers and fabrics, covering the entire spectrum of technical textiles. It covers the fundamental aspects of emerging technology, materials, and processes.

Chapter 1           Introduction—A fundamental overview
Chapter 2           Emerging technical fiber technology
Chapter 3           Manufacturing technology for functional technical fabrics
Chapter 4           Fibers from agro-residues for high value technical textiles
Chapter 5           Eco-friendly and sustainable finishes to improve performance of technical textiles
Chapter 6           Nanofibers for technical textiles applications
 Chapter 7          Future perspectives on high-performance technical textiles

Jagannathan, Sarangapani | Narayanan, Vignesh | Sahoo, Avimanyu

Industrial Engineering & Manufacturing

Aerospace Engineering

The NCS are a first step to realize cyber-physical systems (CPS) or industry 4.0 vision. The authors apply several powerful modern control techniques to the design of event-triggered controllers and derive event-trigger condition and demonstrate closed-loop stability.

1. Background and Introduction to Event-triggered Control  2. Adaptive Dynamic Programming and Optimal Control  3  Linear Discrete-time and Networked Control Systems  4. Nonlinear Continuous-time Systems  5. Co-optimization of Event-triggered Sampling and Control  6. Large-scale Linear Interconnected Systems  7. Large-scale Nonlinear Interconnected Systems  8. Exploration and Hybrid Learning for Nonlinear Interconnected Systems  9. Event-Triggered Control Applications

Kolanjikombil, Mathews

Industrial Engineering & Manufacturing

Textile Manufacturing

This book discusses the various methods and techniques of printing. It covers the history and development of printing techniques and machinery, design marking details, engraving, ingredients of print pastes, etc..

Industrial Engineering & Manufacturing

Manufacturing & Processing

This book covers modeling and optimization of modern manufacturing processes such as advanced machining, hybrid manufacturing, and additive manufacturing including related case studies in these domains. Various areas like smart manufacturing, hybrid manufacturing, 3D printing, process modeling and characterization, optimization are covered. 

Chapter 1. Introduction to Process Modeling and Optimization in Modern Manufacturing: An Overview

Chapter 2. Recent Advances in the Applications of Machine Learning Optimization Techniques in Modern and Hybrid Manufacturing for Quality, Sustainability, and Productivity: Some Case Studies.

Chapter 3. Modelling and Optimization of Abrasive Water Jet Machining Process on Surface Quality of green composite using Nature-Inspired Techniques methods: Comparative Study of TLBO, ABC and PSO
 Chapter 4. Machine Learning-Enabled Gesture Recognition in 3D Printed Robotic Prostheses: Advances in Electromyography Control
Chapter 5. Investigation of the AISI 1040 Steel Machining Characteristics with the Application of Cutting Fluid (Corn oil+ Al2O3) using the Taguchi-TOPSIS (T-T) Approach

Chapter 6. Optimization of Electro Discharge Machining Parameters for Additively Manufactured Composite (AlSi10Mg + Niobium Carbide (NbC)) Using Random Forest Algorithm
Chapter 7. Investigation, Modeling and Advanced Optimization of Additive Manufacturing Characteristics: A Study on Evolutionary Methods
Chapter 8. Analysis for development of High-performance polymer nanocomposites for FDM based Additive Manufacturing
Chapter 9. Machine Learning based Optimization for FDM Printed Poly Lactic Acid parts
Chapter 10. Experimental Investigation on Cutting Rate in µECDM of Si-based Pyrax Glass: Evolutionary Parametric Optimization and Surface Morphology
Chapter 11. Micro Drilling in Cu-based Shape Memory Alloy via µ-ECM: Influence of Input Variables and GWO, PSO based Advanced Optimization

Lutchman, Chitram | Evans, Douglas | Maharaj, Rohanie | Sharma, Ramesh

Leveraging Networks and Communities of Practice for Continuous Improvement

Industrial Engineering & Manufacturing

In a thin margins business environment characterized by scarce resources, operational discipline and excellence drives stakeholder confidence and corporate performance. This book helps organizations establish centers of excellence by activating networks to generate best practices and solutions to workplace business and safety challenges.

Historical perspective – Review of Operationally Discipline / Excellent Organizations. Elements of an Operationally Excellent Management System. Leadership Behaviors for Operational Discipline and Excellence. Setting the Baseline. Identifying and Prioritizing the Gaps. Networks - Defining Membership. Activating and Tenure Setting for the Network. Network Conference – Training and Chartering. Network Focus and Work Priorities. Defining the Community of Practice. Network Performance Management and Monitoring. Performance Targets and Key Performance Indicators. Sharing Learnings and Best Practices for Sustained Success. Conclusion. References.

Industrial Engineering & Manufacturing

Manufacturing & Processing

Drawing on contributions from various manufacturing fields, this book offers a comprehensive perspective by combining theoretical concepts with practical applications. It emphasizes future developments, the integration of technologies, and the crucial role of humans in manufacturing companies.

1. Creativity of Employee 4.0: Individual and Collective Roles of Personal and Contextual Factors. 2. Navigating Skills Shortages: Bridging Human Factors and Fashion Practice Research for Collaborative Innovation in UK Fashion Manufacturing. 3. Cultural Obstacles to Servitization in Japanese Manufacturing Industries. 4. Obsolescence Risk Management for Long-Life Defense Projects. 5. Quality Management Systems: Implementation Based on Opportunity Life Cycle. 6. Speed Up Medical Device Innovation: Combining Agile, User Experience, and Human Factors Methodologies. 7. User Context of Enterprise Information Systems for Manufacturing. 8. Advanced Engineering Management Based on Intersectional R&D Challenges on Education: A Case Study for Product Classifications on Shoring Trends. 9. An Optimization Study for the Milling Process of Inconel 601 Superalloy. 10. Empirical Study of Machine Learning for Intelligent Bearing Fault Diagnosis.
 
 
 

Industrial Engineering & Manufacturing

This book details the various production parameters in the textile industry and discusses their influence and interaction. It also includes several examples to cover the estimation and effects of these parameters. The subject matter also discusses stock outs, cycle times, and demand increase and decrease, among other topics. 

Qualitative Modeling of Offshore Outsourcing Risks in Supply Chain Management and Logistics

This book will benefit the stakeholders in client organizations by raising understanding and awareness about the most dominant offshore outsourcing risks.

1. OFFSHORE OUTSOURCING, ITS TYPES, BENEFITS AND RISK CATEGORIES. 2. QUALITATIVE STRUCTURAL MODELS FOR VARIOUS OFFSHORE OUTSOURCING RISKS. 3. SYSTEMIC QUALITATIVE MODEL FOR OFFSHORE OUTSOURCING RISK. 4. SELECTING VENDOR IN OFFSHORE OUTSOURCING ENVIRONMENT. 5. PERFECT ORDER FULFILLMENT IN SUPPLY CHAIN LOGISTICS. 6. MODELING DIMENSIONS ASSOCIATED WITH LOCATION OF WAREHOUSE FACILITY IN LOGISTICS. 7. MODELING HUMAN DIMENSIONS FOR MITIGATING COORDINATION RISK IN SUPPLY CHAIN AND LOGISTICS. 8. MODELING CYBERSECURITY RISK DIMENSIONS IN DIGITAL SUPPLY CHAINS OPERATING IN OFFSHORE ENVIRONMENT. 9. RISK DIMENSIONS DISRUPTING THE AUTOMOTIVE SUPPLY CHAIN: Covid-19 Pandemic – Case study

Chauhan, Vinay Kumar | Singh, Jitendra Pratap | Debnath, Sanjoy | Navinbhai, Amin Hirenbhai

Manufacturing Engineering Design

This book offers comprehensive study of polyester filter fabrics examining mechanical properties, filtration efficiency, and manufacturing optimization using virgin and recycled materials in needle-punched construction.

Filter fabric from polyester waste
Literature review 
Design variables  and their values
Tensile behavior of virgin and recycled polyester nonwoven needle-punched filter fabrics
Bursting behavior of polyester needle-punched filter fabrics
Air permeability of needle-punched filter media –virgin and recycled polyester 
Investigation on filtration properties of polyester needlepunched dust filters 
Virgin and recycled polyester filter media: effect of coating, calender roller pressure and roller temperature on dust filtration
Optimizing bursting behaviour of calendered needlepunched polyester fabrics
Mechanical and filtration behavior of virgin and recycled polyester blended needle-punched fabrics 
Chemically treated dust resistant needle-punched filters - recycled and virgin polyester fibres
Modelling using fuzzy logic: study of needle-punched filters
Index 

Adepoju, Omoseni Oyindamola | Nwulu, Nnamdi Ikechi | David, Love Opeyemi

Risk Management Framework for Fourth Industrial Revolution Technologies

Production, Operations & Information Management

This book focuses on major challenges posed by the Fourth Industrial Revolution (4IR), particularly the associated risks. By recognizing and addressing these risks, it bridges the gap between technological advancements and effective risk management. 

PART I. Introduction and Background. Chapter 1. Introduction Chapter 2. The Fourth Industrial Revolution. Chapter 3. Introduction to Risk Management and Current Risk Management Framework. PART II. Risks of the Fourth Industrial Revolution Technologies. Chapter 4. Artificial Intelligence. Chapter 5. The Internet of Things. Chapter 6. Blockchain Technology. Chapter 7. Cloud Computing. Chapter 8. Robotic Technology. Chapter 9. Augmented/ Virtual Reality. PART III. Risk Management Framework for Fourth Industrial Revolution Technologies. Chapter 10. Risks Management Framework.

Industrial Engineering & Manufacturing

Textile Manufacturing

This book explains the crucial role of yarn tension in weaving. It also disusses the various aspects and effects of yarn tension on cloth characteristics. 

Preface
Foreword
1. Fundamentals of yarn tension
2. Yarn tension at the weaving preparatory process
3. Warp tension measurement
4. General form of warp tension variation
5. Weft tension measurement
6. General form of weft tension variation
7. Effects of loom settings and other factors on warp tension
8. Effects of loom settings and yarn characteristics on weft tension
9. Effects of yarn tensions on loom performance
10. Effects of yarn tensions on fabric properties
Index

Industrial Engineering & Manufacturing

The book explores the IoT landscape, focusing on Sensor Technologies and Wireless Sensor Communications. It also discusses challenges in establishing interconnected sensors, network connectivity, longevity, and strategies for sustaining sensor networks in dynamic industrial environments. 

1. Emerging Trends and Challenges in Next-Generation Wearable Health Monitoring Devices. 2. Wireless Dialogues: Communication Protocols in IoT. 3. Combining Mesh Networks and Blockchain: A Hybrid Approach to Decentralized Communications. 4. Smart Vehicle Parking Management Systems: A Review of Technologies and Challenges in Urban Mobility. 5. Internet of Things Storage Issues and Challenges. 6. Role of Artificial Intelligence in Cyber Security to Identify Cyberattacks and Enhance Security. 7. Design and Performance Analysis of High Gain Dual Band Rectangular Microstrip Patch Antenna Array for IoT Application. 8. Permissionless vs. Permissioned Blockchain: Understanding Its Concepts, Platforms, and Implementations. 9. Integrating Cloud-Based Platforms with Industry 5.0 Techniques for Advanced Detection of Breast Cancer. 10. Optimize Storage in IoT CCTV Devices. 11. Early Detection of Myocardial Infarctions: An In-Depth Analysis of Heart Rate Detection Technologies.

Supply Chain Management

The gig economy has changed the way firms behave in relation to their human resources. This book analyzes Industry 5.0 and the human capital revolution with the rise of the gig economy and closes an existing gap in available literature with the novel ideas it brings.

Part 1: Foundation and Context.  1.Exploring the Gig Economy: Definitions and Exemplars.  2. The Upcoming Era of Industry 5.0: New Age, New Rules, and the Transition from Industry 4.0 to 5.0.  3. Society 5.0, Sustainability and Social Aspects of Gig Economy.  Part 2: Core Transformations and Labor Dynamics.  4. Global Trends in the Gig Economy: Online Labor Market and Future of Work.  5. Revolutionizing Industry 5.0: Human Resource Transformation in the Gig Era.  6. Designing for Uncertainty: How Organizations and Workers Navigate the Gig Economy’s Shifting Structures.  Part 3: Operational Applications. 7. Supply Chain Management in the Gig Era.  8. Logistics and Cargo Services in the Gig Economy.  Part 4: Technological Enablers.  9. Machine Learning and Data Analytics in the Gig Economy: Big Data Applications.  10. AI, Autonomous Systems, Cloud Technology and Robotics in the Gig Economy.  11. The Role of Large Language Models and the Gig Economy in Industry 5.0: Reimagining Supply Chains and Labor Dynamics.  Part 5: Advanced Applications & Decision-Making.  12. Gig Economy: Mathematical Modeling and Optimization Aspects.  13. Multi-Criteria Decision-Making Methods in the Gig Economy: A Comparative Application.  Part 6: Strategic and Business Implications.  14. Strategic Management Consultancy in the Age of Industry 5.0: Leveraging the Gig Economy for Business Transformation.  15. Innovative Marketing Strategies for Gig Economy Platforms.

Production Systems & Automation

This book serves as a comprehensive guide for professionals, researchers, and academics looking to harness the power of cutting-edge technologies in the field of smart manufacturing. The book focuses on practical implementation, bridging the gap between theoretical concepts and real-world applications.

Chapter 1: Deep Learning-Based Improved Gait Recognition Using 3D Skeletal Data for Smart Surveillance Systems, Chapter 2: IoT-Based Automated Fog Detection System Using kNN and Real-Time Meteorological Data Analytics, Chapter 3: Intelligent Waste Classification Framework Based on Machine Learning and Deep Learning for Smart City Application, Chapter 4: AI-Powered Data Analytics for Optimizing Tea Tourism: An Investigation on Determinants and Destination Information, Chapter 5: Substation Level Short-Term Load Forecasting Using Graph-Based Signal Processing and Machine Learning Algorithms, Chapter 6: AI-Based Histopathological Image Analysis for Breast Cancer Diagnosis Using Deep and Machine Learning Algorithms, Chapter 7: AI-Optimized Active Cell Balancing Technique Using Single Inductor for Intelligent Battery Management in IoT-Enabled Energy Systems, Chapter 8: Integrated Simulation and Hardware-in-the-Loop Analysis of ISO15118-Based Smart EV Charging Communication Systems, Chapter 9: AI-Driven Analysis of Air Gap Eccentricity Effects in PMSM for Condition Monitoring in Smart Industrial Systems, Chapter 10: Deep Convolutional Neural Network-Based Smart Diagnostic System for Enhanced Breast Cancer Detection

Industrial Engineering & Manufacturing

Manufacturing Engineering

This title offers case studies that address operational challenges in textile and apparel manufacturing. Covers line optimization, quality management, merchandising strategies, and product design. Integrates engineering solutions with practical applications. Essential reference.

Line Optimization and Performance
Scientific Methods, Operator Development
Apparel and Fashion Merchandising Strategies
Costing, Sourcing, and Operational Challenges
Quality Issues Across Apparel Production Stages
Quality Issues Across Apparel Production Stages
Product Design, Functionality & Performance Challenges
Ensuring Performance, Protection

The text addresses the cutting-edge advancements in functionally graded materials within the realm of additive manufacturing. It further discusses topics including intelligent robots, machine interaction, green manufacturing, efficiency, flexibility, and sustainability in additive manufacturing.

Chapter 1 Introduction to Wire Additive Manufacturing and Regulatory FrameworkChapter 2 Material Processes and AI Advancements in Additive ManufacturingChapter 3 Advancements in Functionally Graded Materials for Additive ManufacturingChapter 4 An artificial neural network approach of butt joint of Al6061/ A588k HSLA steel dissimilar materials: an aerospace applicationChapter 5 Smart Design and Material Optimization Strategies for Additive Manufacturing Chapter 6 Experimental Investigation of Amplitude Suppression in PLA Cantilevers using Magnetorheological Fluid and Piezoelectric Macro-Fiber Composites under Forced VibrationChapter 7 Advancing Manufacturing through Data-Driven Smart InnovationChapter 8 Additive Manufacturing Applications in Automotive and Aviation IndustriesChapter 9 Human-Machine Interaction in Virtual Smart Factory for Additive ManufacturingChapter 10 Additive Manufacturing Applications Across Agricultural, Aviation, Automotive, Medical, Food Processing, and Sports IndustriesChapter 11 Advancements in quality control and monitoring strategies for wire arc additive manufacturing: a comprehensive reviewChapter 12 Virtual smart factory in additive manufacturing