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Full Description
Green Materials for a Circular Economy: Materials Selection, Product Development, and Lifecycle Extension Strategies provides fundamental and practical knowledge on design for circularity, especially for product development applications and throughout their entire lifecycle. Topics covered range from conceptual design to materials selection, environmental lifecycle assessment, and lifecycle extension strategies. Additionally, there are a number of recent case studies showing design for circularity in practice in applications such as automotive component design, furniture design, user behavior, and joining design. Researchers, students, design practitioners, and engineers working with green materials, biocomposites, recycling, and materials will find this book to be a comprehensive source.
Contents
1. Zooming into Design for Circularity with the Emphasis on Green Materials and Life Cycle Extension Strategy
2. Review of Design for Circularity: Recycled "green" composite materials from agricultural wastes
3. Development and application of green hybrid nanocomposite materials
4. Advancement of bioadhesives in recycled wood composites
5. Mechanical behaviour of cellulosic composites under cyclic loading conditions
6. Materials selection in biocomposites for circular economy
7. Life Cycle Assessment in biocomposite products
8. TRIZ in biocomposites product developments to enhance circular product design
9. Design for circularity of wood furniture through life cycle assessment
10. Decision making for product upgrades during remanufacturing
11. Transition towards remanufacturing of electric vehicle transmission parts
12. Fuzzy based decision-making system for remanufacturing repair using additive manufacturing technology
13. The implementation of design for disassembly: Key concepts for circular product design
14. Behavioural design for product circularity
15. Joining design for product material circularity
16. Resource circularity for manufacturing industry
17. Leveraging ecodesign expertise towards moving to circular economy
18. Materials selection of natural fibre composites for renewable energy application
19. Design for Circularity on Green Materials for Energy Saving Applications
20. Circular economy: Socioeconomic synergy of utilizing green product based business
21. Framework for design for circularity in fused deposition modelling
22. Enhanced Decision-Making Model for Conceptual Product Design in Circular Economy
