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Full Description
This book explores the incorporation of sustainability, logistic management, quality management and manufacturing management frameworks in private companies and governmental institutions. The circular economy, recycling, alternative energies and green mobility strategies are currently the most advanced and sophisticated ways to promote sustainability. Featuring selected contributions presented at the 5th International Conference on Quality, Innovation, and Sustainability (ICQIS) in Lisbon, Portugal, this book suggests improving the approach by implementing zero waste management in all business sectors, promoting reusable initiatives, and incorporating green building and mobility practices. The results establish a basis for making well-informed decisions, bringing academic institutions in line with the worldwide need for management and business responsibility. Featuring content from academics and researchers, this book is useful for scholars, researchers, academics, and students in innovation and quality management.
Contents
Chap 1: Introduction.-Chap 2: Incorporating Sustainability & Quality Management Frameworks in Managing Construction Engineering Projects.- Chap 3: Exploring Circular EProfessor in Mechanical Engineering at the Engineering School of Lisbon (ISEL) of the Polytechnic University of Lisbon, Portugal, and Researcher at the Unit for Innovation and Research Engineering (UnIRE), and at the Center for Mechanical Engineering, Materials and Processes (CEMMPRE) at the University of Coimbra, Portugal. His research is in material joining and processing, specifically, welding technology and metallurgy, mechanical behavior of welded joints, solid-state welding of similar and dissimilar materials and solid-state processing of materials. He has published many scientific papers in high-impact journals and conference proceedings and has participated in several conomy Practices in Universities: A Student Perspective.-Chap 4: Green Mobility in Action: Erasmus+ Contributions to Climate Action and Sustainable Development.-Chap 5: Circular economy and sustainability in industry 5.0-A research agenda.-Chap 6: Sustainable Manufacturing Design Decomposition based on Axiomatic Design Theory.-Chap 7: Business Leadership and Achieving Business Goals in Entrepneurship and Companies: Case of Female Business Leadership.-Chap 8: Logistics 4.0 issues: An exploratory Delphi study conducted by the University of Aveiro.-Chap 9: Synchronizing Lean Manufacturing and Green Strategies: A Holistic Approach to Sustainable Supply Chain Operations.-Chap 10: Lean Systems in a Third Sector Organization.-Chap 11: Study of the Impact of Lean Philosophy on Process Improvement and Sustainability in Companies: Case Study.-Chap 12: Innovation Towards Sustainability Applied to a CO2 Refrigeration System using Renewables - Solar, Wind and Tidal Energy.-Chap 13: Enhancing Efficiency via Thermal-Electric Performance Optimization of Concentrating Collectors with Bifacial Photovoltaic Cells: Experimental and CFD Investigation.-Chap 14: Application of Design of Experiments to Automotive Components Helium Leak Testing Process.-Chap 15: Brick by Brick: Exploring the Future of Quality Management Through Serious Gaming.-Chap 16: Customer Lifetime Value-Based Predictive Techniques and Product Recommendation Systems.-Chap 17: Sustainability of Selective Laser Melting Process.-Chap 18: Zero Defect Manufacturing effect on Sustainability-A Rapid Review.
