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Sustainability in Manufacturing - Recovery of Resources in Product and Material Cycles
Preface and Acknowledgements
5
Table of Contents
7
Table of Authors
11
1 Introduction
17
2 Global Framework
23
2.1 Wealth Distribution and Use Productivity
23
2.2 Education by Projects
27
2.3 Processes and Products
30
2.4 Sustainable Recycling of End-of-Life Vehicle in China
33
3 Life Cycle Engineering and Management
47
3.1 Status and Perspectives
47
3.2 Saving Resources by Reuse, Recycling, Recovery
84
3.3 Minimizing the Overall Environmental Impact
94
3.4 Assessment of Recyclability
106
3.6 Reverse Logistics
146
4 Product Development
159
4.2 Connections
172
4.3 Simulation Tools for Disassembly Design
186
4.4 Product Life Cycle Planning and Tracking
199
4.5 Reference Model for Managing Product Development
209
4.6 Cleaner Production
223
5 Processes and Tools for Disassembly
233
5.1 Non-Detachable Connections
233
5.2 Detachable Connections
253
5.3 Clamping Systems
270
5.4 Cleaning Technologies
284
5.5 Hybrid Disassembly System
306
6 Planning for Remanufacturing and Recycling
328
6.1 Facility Planning
328
6.2 Program Planning
346
7 Enabling for Sustainability in Engineering
357
7.1 Maintenance Essential for Life Cycle Management
358
7.4 Miniaturized Life Cycle Units
393
7.6 Competence Management in Education for Sustainability
427
8 Roadmap
433
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