Advances in Production Management Systems. Cyber-Physical-Human Production Systems: Human-AI Collaboration and Beyond

.- Advancing Eco-efficient and Circular Industrial Practices.

.- Three Archetypes of Circular Manufacturing Practices.

.- Bridging Fashion and Agri-Food Sectors: Exploring Industrial Symbiosis for Sustainable Material Innovation.

.- Circular engineering asset management - A case study on prolonging the lifetime of inventories and equipment.

.- Transition to a Circular and Sustainable Leather Supply Chain: a Qualitative Comparative Analysis.

.- Advancing circular industrial practices: a comparison of logics in Scotland and the Netherlands.

.- Implementing Recycling Circular Economy Business Model in the Aluminum Value Chain with the Aid of Systems Thinking: Challenges and Foresight Reflections.

.- Culture as Catalyst: Navigating Circular Manufacturing in Multinational Enterprises.

.- Investigation of Compression Strength Enhancement in 3D-Printed Hollow Structures Using Granular Backfill.

.- Enhancing Circular Economy Platform Design with Artificial Intelligence-Based Functionalities.

.- Upgrade Circular Economy for the Manufacturing Industry.

.- Integrating product, process, and organization perspectives for building circular manufacturing systems.

.- Design of production structures for circular production.

.- Information Requirements for Data-Driven Upgrade Engineering to Enable an Upgrade Circular Economy.

.- Paradigm shift eco-effectiveness - toolmaking as the enabler of sustainable production.

.- Towards End-of-Life Management of Photovoltaic Panels with Life Extension Approaches: Reuse, Recondition and Recycle.

.- The impact of environmental taxes and other factors on the ROI of introducing automated transport systems in factories.

.- Cyber-Physical System-Based Approaches to Achieve Sustainability.

.- Socially Sustainable Human-Robot Systems in Manufacturing and Logistics: A Content Analysis.

.- Forecast-Driven Reconfiguration in Sustainable Production Systems.

.- Integrating Sustainability with Equitable Operator Fatigue Distribution.

.- Sustainability through Industry 4.0 Technologies: Discrete Event Simulation for Data-Driven Energy Management.

.- Industrial Data Spaces and Sustainability.

.- Manufacturing Network Topologies for Sustainable Production.

.- Experience-integrated Product Family Formation using Clustering Algorithms.

.- PDCA perspective in energy management system according to ISO 50001 in the healthcare organization.

.- Data Spaces as Enablers of Digital Twin Ecosystems: Challenges and Requirements.

.- Enabling Circularity in Batteries & E-Waste with Digital Technologies: From Production to Recycling.

.- Camera-based Methodology for the Automated Real-Time Assessment of Material Thinning in Battery Cell Manufacturing.

.- Challenges in Achieving Circular Battery Production in Sweden.

.- Business model archetypes and deployment strategies for EV battery swapping - Preliminary insights.

.- Blockchain Technology for Enabling Battery Circularity: Key Challenges and Benefits.

.- ?Digital Technologies for EV battery Circularity: An explorative study on 10R circular strategies.

.- Toward Smarter EV Battery Operations: Leveraging AI, Data Management, and Optimization in First-Life Use.

.- Unlocking Circularity in Switzerland's Metal Recycling System: The Role of Sensor Technologies and Systemic Barriers.

.- A Battery Circularity Decision Support Framework for Sustainable Transport Applications.

.- Circular and Green Manufacturing.

.- Optimizing the Reuse of Requalified CFRP in Drone Manufacturing.

.- Scientific Concept For Analyzing The Potential Of Energy-Oriented Production Planning And Control In SMEs.

.- Future-proofing production and operations management education: An IFIP WG5.7 benchmarking study.

.- Identifying Key Aspects of Circular Manufacturing Systems: A Structured Literature Review.

.- Sustainable Product Design and Engineering.

.- Bridging the Gap between Circularity and Sustainability - A Strategic Framework for Small and Medium-sized Enterprises.

.- Only What's Needed: Frugal Smart Systems for Resilience in Manufacturing.

.- Green Design Methodology in Production Equipment Design and Acquisition: State of Practice and Way Forward.