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E-grāmata: Advances in Production Management Systems. Production Management Systems for Volatile, Uncertain, Complex, and Ambiguous Environments: 43rd IFIP WG 5.7 International Conference, APMS 2024, Chemnitz, Germany, September 8-12, 2024, Proceedings, Part I

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The six-volume set IFIP AICT 728-729 constitutes the refereed proceedings of the 43rd IFIP WG 5.7 International Conference on Advances in Production Management Systems, APMS 2024, held in Chemnitz, Germany, during September 812, 2024.





The 201 full papers presented together were carefully reviewed and selected from 224 submissions. The APMS 2024 conference proceedings are organized into six volumes, covering a large spectrum of research addressing the overall topic of the conference Production Management Systems for Volatile, Uncertain, Complex, and Ambiguous Environments.





Part I: advancing eco-efficient and circular industrial practices; barriers and challenges for transition towards circular and sustainable production processes and servitized business models; implementing the EU green deal: challenges and solutions for a sustainable supply chain; risk analysis and sustainability in an uncertain system in a digital era.





Part II: smart and sustainable supply chain management in the society 5.0 era; human-centred manufacturing and logistics systems design and management for the operator 5.0; inclusive work systems design: applying technology to accommodate individual workers needs; evolving workforce skills and competencies for industry 5.0; experiential learning in engineering education.





Part III: lean thinking models for operational excellence and sustainability in the industry 4.0 era; human in command operator 4.0/5.0 in the age of AI and robotic systems; hybrid intelligence decision-making for AI-enabled industry 5.0; mechanism design for smart and sustainable supply chains.  





Part IV: digital transformation approaches in production and management; new horizons for intelligent manufacturing systems with IoT, AI, and digital twins.





Part V: smart manufacturing assets as drivers for the twin transition towards green and digital business; engineering and managing AI for advances in asset lifecycle and maintenance management; transforming engineer-to-Order projects, supply chains, and systems in turbulent times; methods and tools to achieve the digital and sustainable servitization of manufacturing companies; open knowledge networks for smart manufacturing; applications of artificial intelligence in manufacturing; intralogistics.





Part VI:  modelling supply chain and production systems; resilience management in supply chains; digital twin concepts in production and services; optimization; additive manufacturing; advances in production management systems.
.- Advancing Eco-Efficient and Circular Industrial Practices.



.- Material intensity of growing wind turbines.



.- Research Challenges for Eco-Efficient and Circular Industrial Systems.



.- Mapping current research for eco-efficient and circular industrial
systems.



.- Exploring Trends and Insights in Industrial Symbiosis Research in Italy: A
Bibliometric Approach.



.- Developing a Circular and Resilient Information System: A Design Science
Approach.



.- Circular Product Development Framework Enhancing Extended Producer
Responsibility - A Medical Device Case Study.



.- Challenges and Enablers for Textile SMEs Towards Circular Production
Systems.



.- Upcycling of Food Waste through Bioconversion by Insect Larvae: Conceptual
Model and Research Agenda for a Circular Food Supply Chain.



.- Energy efficiency and improvement needs in Swedish manufacturing SMEs.



.- Exploring theoretical perspectives on the relationship between the
reporting of circular economy initiatives and financial performance in the
German context.



.- Exploring the impact of circular strategies in manufacturing: Can they
ensure sustainability?.



.- Investing Ahead - Industrial outlook on circularity within production
development.



.- Smart Battery Circularity: Towards Achieving Climate-Neutral
Electrification.



.- Cybersecurity Integration in the Circular Economy: Maximizing
Sustainability in Industry 4.0.



.- WEEE Flow for Magnets.



.- Barriers and Challenges for Transition towards Circular and Sustainable
Production Processes and Servitized Business Models.



.- Towards a service marketplace to empower circular economy transition: An
example application in the supply chain of textile industry.



.- Exploring Servitization in Building Technology: The Case of Piping
Systems.



.- Market needs for a circular transition: implemented practices and required
skills.



.- Barriers and challenges toward the servitization of the machinery sector:
evidence from theory and practice.



.- Designing and implementing second life for electric vehicle batteries: An
integrated framework to navigate ecosystem actors towards circularity.



.- Implementing the EU Green Deal: Challenges and Solutions for a Sustainable
Supply Chain.



.- Smart Port Sustainability: A Business Intelligence Framework for CO2
Reduction in Cargo Truck Operations.



.- Enhancing Logistics Performance: Integrating Ports, Custom Clearance,
Digitalization, and European Product Passport.



.- A holistic framework to enhance sustainable development and reporting in
corporate sustainability.



.- Supply Chain Collaboration to Mitigate Food Loss and Waste In Food Supply
Chain: A Literature Review.



.- Characterising the relationship between environmental sustainability and
resilience in manufacturing.



.- Toward the European Union 2030 Strategy for textiles: a review.



.- An association analysis of Digital Technologies in Circular Economy
scenarios.



.- Do we really need simulation for a transition towards Circular Supply
Chain Management? A possible answer from scientific literature.



.- Addressing Supply Chains Circularity Through Simulation: Textile Waste
Separate Collection Models.



.- Risk Analysis and Sustainability in an Uncertain System in a Digital Era.



.- An Exploratory Survey on the State of Supply Chain Visibility in
Portugal.



.- Instant Green Design event for emergency redesign.



.- A correlated redefinition of the concept of resilience in a production
system.
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