Digital Manufacturing in Industry 5.0

Part 1: Digital Manufacturing.- Ch 1: Historical Evolution Leading to the Current State of Digital Manufacturing in Industry 5.0.- Ch 2: Shaping the Future: A Global Perspective on Digital Manufacturing in Industry 5.0.- Ch 3: Optimizing Digital Manufacturing Practices: A Global Data-Driven Approach for Industry 5.0 Using SPSS.- Ch 4: Technology Shift from Traditional Subtractive Manufacturing to Additive Manufacturing in Digital Manufacturing Era.- Ch 5: Additive Manufacturing for Industry 5.0: Techniques, Applications, and Future Trends.- Ch 6: Additive Manufacturing and 3D Printing Revolution in Industry 5.0.- Ch 7: The Future of Manufacturing: A Convergence of 3D Printing and Industry 5.0.- Ch 8: Application of 3D printing in the Experimental Aerodynamic Research.- Ch 9: Revolutionizing Metal Manufacturing with AI-Driven 3D Printing and Additive Manufacturing.- Ch 10: Advancements in Additive Manufacturing for the Fabrication of Manual Gear Transmission Box.- Ch 11: Next-Gen Additive Manufacturing: AI-Powered Design, Production, and Control in Industry 5.0.- Ch 12: Machine Learning for Optimized Additive Manufacturing: Challenges, Opportunities and Sustainability.- Ch 13: Recent Advances in the Application of Thermography to Additive Manufacturing: From Process Monitoring to Mechanical Characterisation.- Ch 14: Additive Manufacturing and 3D Printing for Tissue Engineering and Regenerative Medicine.- Ch 15: Optimizing Fiber Volume in Steel Fiber-Reinforced GGBS Geopolymer Concrete for Smart Manufacturing.- Ch 16: Composite Fabrication for Industry 5.0 Applications using Friction Stir Processing.- Ch 17: Numerical Simulation of Pressure and Temperature Characteristics in Fire Tube Boilers Utilizing Alcohol-Based Fuels for Optimized Energy Efficiency in Smart Manufacturing.- Ch 18: Combustion Characteristics and Fracture Toughness of Epoxy Glass Fiber/Phenolic Composites During Oxidation Gas Release.- Part 2: Sustainability Issues in Manufacturing.- Ch 19: Industry 5.0: A New Era of Sustainable and Human-Centered Production.- Ch 20: Industry 5.0 and Sustainability Issues.- Ch 21: Industry 5.0: Addressing Sustainability Challenges through Human-Machine Collaboration.- Ch 22: Advancing Sustainability through Industry 5.0: Trends, Challenges, and Future Directions.- Ch 23: Navigating the Challenges of Industry 5.0.- Ch 24: Sustainability and Performance Evaluation of Concrete Reinforced with Fly Ash and Silica Fume: A Combined LCA and TEA Approach.- Ch 25: Waste to Resource: Smart 3R Approaches for Sustainable and Resilient Construction.- Ch 26: Digital Tool Life Prediction and Monitoring for Sustainable Manufacturing in Industry 5.0.- Ch 27: Challenges and Considerations in Industry 5.0 Adoption.- Ch 28: Challenges and Opportunities in Integrating Natural Fiber-Reinforced Polymer Composites into Industry 5.0 for Enhanced Mechanical and Thermal Properties.- Ch 29: Bananature: Sustainable Carry Bags Crafted from Banana Pseudostems for a Plastic-Free Future.- Ch 30: Sustainable Bio-Composites and Hybrid Materials by Integrating Digital Manufacturing for Industry 5.0.- Ch 31: IoT-Driven Solutions for Smart Farming and Business Optimization in Industry 5.0.- Part 3: Digital Twins, Augmented Reality & Robotics.- Ch 32: Digital Twins in Product Development.- Ch 33: Accelerating Innovation: The Benefits of Digital Twins in Product Design and Manufacturing.- Ch 34: Digital Twins for Process Understanding and Optimization.- Ch 35: Digital Twins for Sustainable Performance in Industry 5.0: Insights from Multiple Cases.- Ch 36: Digital Twins and Smart Sensors for Process Optimization in Direct Energy Deposition of EN36C Steel for Automotive Components.- Ch 37: Revolutionizing Digital Manufacturing: Augmented Reality for Design, Prototyping, Production, and Maintenance.- Ch 38: Advanced Robotics Application in Industry 5.0 Manufacturing Processes.- Ch 39: Advancements in Reinforcement Learning for Robotics: A Comprehensive Review and Future Directions.- Ch 40: Smart Factories and Cyber Physical Systems.- Ch 41: Advanced Robotics Applications in Industry 5.0 Manufacturing Processes.- Ch 42: The Power of Smart Sensors: A Technological Revolution.- Ch 43: Smart Sensors in Factories of the Future.- Ch 44: From the Shopfloor to Cloud-based Cyber-Physical Systems: The RAMP Case Study.- Ch 45: Data Analytics and Insights: Leveraging Cloud Resources in Industry 5.0.- Part 4: Smart Supply Chains.- Ch 46: Blockchain and the Green Frontier: A Bibliometric and Systematic Review of Supply Chain Sustainability.- Ch 47: Revolutionizing Logistics: Smart Supply Chains Leading the Way in Industry 5.0.- Ch 48: Measurement of AI-Based Drivers of Smart Supply Chain Towards Sustainability in the Era of Industry 5.0.- Ch 49: Optimizing Supply Chain Finance Decisions Through Supplier Risk Portfolio Assessment.- Ch 50: Digital Transformation of Maintenance: Leveraging CMMS for Enhanced Efficiency and Productivity.- Ch 51: Understanding the need of human-robot collaboration in manufacturing industries.

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• Bases de Dados
• Inteligência artificial
• Engenharia de produção
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Digital Manufacturing;Industry 5.0;IoT;AI;Artifical Intelligence;big data;digital twin;edge computing;human-machine interaction;cloud computing