| Preface | |
| More use with fewer resources - a contribution towards sustainable development | p. 3 |
| Application of PDM technology for product life cycle management | p. 17 |
| Life cycle management at Brodrene Hartmann A/S - strategy - organisation and implementation | p. 32 |
| Logistic strategies for the realization of a life cycle economy | p. 43 |
| Product life cycle design based on deterioration simulation | p. 59 |
| Sustainable life-cycle engineering - a challenge for design science | p. 69 |
| Product life cycle modelling by design working spaces and planning spaces | p. 79 |
| A holistic approach to life cycle design | p. 92 |
| euroMat'97 - tool for environmental life cycle design and life cycle costing | p. 107 |
| Organisational requirements of achieving environmentally conscious design | p. 121 |
| Eco-potential as a tool for design for environment | p. 132 |
| COMMET - design of environment-friendly products by using practical examples | p. 142 |
| Product development - integration of environmental aspects | p. 152 |
| The eco-effective product design - the systematic inclusion of environmental aspects in defining requirements | p. 163 |
| Design for environment - computer based product and process development | p. 174 |
| Environmental aspects of sheet metal forming | p. 188 |
| Methodical scope for design processes for recycling and maintenance | p. 203 |
| Re-design of electromechanical products for re-use and recycling | p. 215 |
| Model guided recycling oriented product design | p. 225 |
| Design for disassembly and recycling | p. 237 |
| Determination and evaluation of the optimal end of life strategy for products based on simulation of disassembly and recycling | p. 251 |
| Environment-oriented assessments for the life-cycle engineering | p. 264 |
| Benefit function for determining the optimum recycling option for products and parts | p. 276 |
| NORDLIST LCA lifecycle assessment in product development | p. 289 |
| Comparison of simplified environmental assessments versus full life cycle assessment (LCA) for the electronics designer | p. 301 |
| Selecting green design strategies on the basis of eco-efficiency calculations | p. 313 |
| Decision management systems for downcycling/upcycling/eco design - interdisciplinary experiences | p. 324 |
| Innovations for environment and recycling based on the common development of the automotive industry and their suppliers | p. 335 |
| Application of feature technology in a disassembly-oriented information technology infrastructure | p. 345 |
| Total disassembleability - a function of product design and disassembly system design | p. 357 |
| Assessment of future developments in automated disassembly and the influence on end-of-life scenarios | p. 367 |
| Implementation and testing of a reactive disassembly planner | p. 378 |
| Computer-aided disassembly planning as a support to product redesign | p. 388 |
| A disassembly information system | p. 400 |
| Disassembly structures - an approach to understand product structures from a separation viewpoint | p. 413 |
| Planning and re-planning strategy of disassembly processes | p. 423 |
| Cooperative product data modelling in life cycle networks | p. 435 |
| IDEE - information network for closed loop economy | p. 447 |
| The green browser: an internet-based information sharing tool for product life cycle design | p. 454 |
| Web based tools in support of life cycle engineering | p. 467 |
| Index of contributors | p. 479 |
| Keyword Index | p. 481 |
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