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Description
(Text)
This book presents the evolution roadmap of Reconfigurable Manufacturing Systems (RMS) and their characteristics since its invention in the 1990s. It discusses the role of RMS in today s increasingly competitive manufacturing environment and unpredictable markets and the new challenges and opportunities in RMS design and operations in the emerging Industry 4.0/5.0 era. In addition, this book investigates the relationship between reconfigurable manufacturing and smart manufacturing and demonstrates how smart manufacturing techniques can facilitate the design and operations of RMSs. With state-of-the-art research on the development of novel methodologies based on smart manufacturing to guide the design and operations of reconfigurable machines and manufacturing systems, this book is a valuable handbook for reconfigurable manufacturing/smart manufacturing researchers and practitioners. Engineering professionals will find the practical values and managerial insights of smart RMS implementations through case studies.
(Table of content)
Chapter 1. The Evolution Roadmap of Reconfigurable Manufacturing Systems.- Chapter 2. Part Family Formation Method for Delayed Reconfigurable Manufacturing System based on Machine Learning.- Chapter 3. A Multi-Objective Joint Optimisation Method for Simultaneous Part Family Formation and Configuration Design in Delayed Reconfigurable Manufacturing System (D-RMS).- Chapter 4. Configuration Design for Smart Reconfigurable Manufacturing Systems.- Chapter 5. Self-adaptive Reconfiguration Decision-making Method of Smart Manufacturing Systems Based on Game Theory.- Chapter 6. Reinforcement Learning-based Dynamic Reconfiguration Planning for Digital Twin-Driven Smart Manufacturing Systems with Reconfigurable Machine Tools.- Chapter 7. Integrated Operational and Preventative Decision-Making in a Smart Reconfigurable Manufacturing Systems.- Chapter 8. Dynamic Reconfiguration Optimization of Smart Manufacturing System with Human-Robot Collaboration based on Digital Twin.- Chapter 9. Cultivating Knowledge in Human-Machine Teams for Efficient Equipment Diagnosis by leveraging Smart Reconfigurable Manufacturing Systems.- Chapter 10. Achieving Manufacturing Resilience Through Reconfigurable Manufacturing Systems and Supply Chains.- Chapter 11. Coordination of Manufacturing and Supply Chain Network in Emergency Situations via Smart Reconfigurable Manufacturing Systems.- Chapter 12. Realization of Responsive and Sustainable Reconfigurable Manufacturing Systems.- Chapter 13. Configuration Design in Scalable Reconfigurable Manufacturing Systems by Analyzing the Effect of Data Accuracy on System Reconfiguration Costs.- Chapter 14. Towards a sustainable reconfigurable manufacturing system (SRMS): multi-objective based approaches for process plan generation problem.- Chapter 15. Digital twin-driven rapid reconfiguration of the automated manufacturing system via an open architecture model.- Chapter 16. Digital twin framework for reconfigurable manufacturing systems (RMSs):design and simulation.- Chapter 17. Robust Configuration Design of Sustainable Reconfigurable Manufacturing System Under Uncertainty.- Chapter 18. Production scheduling in a reconfigurable manufacturing system benefiting from human-robot collaboration.
