EcoDesign for Circular Value Creation: Volume I

EcoDesign for Circular Value Creation: Volume I

Nonaka, Tomomi; Kobayashi, Hideki; Fukushige, Shinichi; Tokoro, Chiharu; Yamasue, Eiji

Springer Verlag, Singapore

02/2025

300

Dura

9789819790678

Pré-lançamento - envio 15 a 20 dias após a sua edição

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Chapter 1. Proposal and performance evaluation of a fuel consumption system for H-bikes, considering the shared-cycle-use phase.- Chapter 2. A discussion of the thermal management system for metal hydride cartridges for H-bike.- Chapter 3. Replacement of manipulator modules based on workload using part agents.- Chapter 4. Development of a knowledge repository model for conflict management in life cycle design collaborations.- Chapter 5. Development of Internal Audit Process to Obtain EPD Certifications in response to ecodesign regulations.- Chapter 6. Verification of Operational Effect of Solar-powered System for Mobile Off-grid Architecture.- Chapter 7. Urban Conscious Product Design integrating a Life Cycle Perspective.- Chapter 8. Designing Labels with a Lasting Impact: How Eco-labels influence Purchase Behavior and Lifetime Extension of Clothing.- Chapter 9. An Analysis of a Circular Economy Strategy Combining Green Packaging Reuse Design and Sustainable Jewelry Development.- Chapter 10. Exploring Suitable Growing Parameters of Mycelium Prototyping for Art Installations..- Chapter 11. The role of shame and guilt in designing anti-littering interventions.- Chapter 12. Enhancing Sustainable Behavior in Waste Management: A Social Perspective.- Chapter 13. Factors influencing smart technologies social acceptance: A mini review study.- Chapter 14. Plastic packaging policy in Malaysia: An analysis towards the implementation of Extended Producer Responsibility (EPR).- Chapter 15. Second life of electric vehicle lithium-ion batteries from a sustainable business model perspective.- Chapter 16. European Union policy developments related to ecodesign, green claims and eco-labeling: implications for voluntary circular labeling initiatives.- Chapter 17. Factors affecting local Digital Transformation toward the sustainable local development.- Chapter 18. Analysis of the Effects of Adopting "Imaginary Future Generations" on the Design of Technology Development and Business Proposal - Case Study of Workshop at a Plating Processing Company.- Chapter 19. EXPLORING PARTICIPATORY APPROACHES FOR FACILITATING ESG INITIATIVES IN ORGANIZATIONS.- Chapter 20. Impact Assessment of Low-Carbon Electricity Transition by Applying Input-Output Analysis: A Case Study of the Impacts on Natural Gas Power Plants in Taiwan.- Chapter 21. Circular Strategies in Southeast Asia: Cambodian Customer Perception of Remanufactured Motorcycle Parts.- Chapter 22. Information Needs for Establishing Circularity-Focused Collaborations Among Product Manufacturers and Recyclers.- Chapter 23. Thermal-Based Allocation Method for Multiple Co-Product Resource Consumption in Plastic Recycling: A Case Study in Malaysia.- Chapter 24. Material flow analysis for the biomass waste management of palm oil mills with regard to sustainable palm oil production.- Chapter 25. Readiness Status of Smart Waste Collection and Processing Technologies for Plastic Waste Recycling.- Chapter 26. Research Framework for Urban Industrial Symbiosis.- Chapter 27. Methodology to model the environmental impact of the overall maintenance of aircraft engines.- Chapter 28. Digital Twins for real-time Life Cycle Assessment of Products.- Chapter 29. Towards a Framework for Sustainable Cross-Border Electronic Commerce.- Chapter 30. How Should AI Technique Support Wastewater Treatment and Sludge Management? A Case Study from Mongolia.- Chapter 31. Development of an Ideal Training Dataset for Visual Analysis-based Waste Sorting Robot: An Experiment with Mixed-construction Waste.- Chapter 32. Exploring the current applications and potential of extended reality for environmental sustainability in manufacturing.- Chapter 33. Exploring Factory Data for Resource Efficiency Assessment - A Case Study at Truck Manufacturing Company.- Chapter 34. An analysis method considering manufacturing skills and technologies toward slow-manufacturing.- Chapter 35. Reconfigurable Tooling for Circular Manufacturing: A Review.- Chapter 36. Sustainable Disjoining of Aluminium Multi-Material joints.- Chapter 37. Applying principles of biological transformation for product development and manufacturing.
EcoDesign of products and services;Product life cycle design;Life cycle management;EoL Management and Process Technologies;Sustainable Supply Chain Management;Life Cycle Evaluation;Sustainability Indices;Circular economy;Sustainable Development Goals (SDGs);Closed-loop supply chain;Smart manufacturing;Environmentally conscious design;Sustainable design;Eco products;Sustaianbility;Engineering Economics;Natural resources and energy economics