Life Cycle Networks - Krause, Frank-Louthar

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Résumé :
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Sommaire:
One Life Cycle Management.- 1 More use with fewer resources - a contribution towards sustainable development.- 2 Application of PDM technology for product life cycle management.- 3 Life cycle management at Br?drene Hartmann A/S - strategy, -organisation and implementation.- 4 Logistic strategies for the realization of a life cycle economy.- Two Life Cycle Design.- 5 Product life cycle design based on deterioration simulation.- 6 Sustainable life-cycle engineering - a challenge for design science.- 7 Product life cycle modelling by design working spaces and planning spaces.- 8 A holistic approach to life cycle design.- Three Design for Environment.- 9 euroMat'97 - tool for environmental life cycle design and life cycle costing.- 10 Organisational requirements for achieving environmentally conscious design.- 11 Eco-potential as a tool for design for environment.- 12 COMMET - design of environment-friendly products by using practical examples.- 13 Product development - integration of environmental aspects.- 14 The eco-effective product design - the systematic inclusion of environmental aspects in defining requirements.- 15 Design for environment - computer based product and process development.- 16 Environmental aspects of sheet metal forming.- Four Design for Recycling.- 17 Methodical scope for design processes for recycling and maintenance.- 18 Re-design of electromechanical products for re-use and recycling.- 19 Model guided recycling oriented product design.- 20 Design for disassembly and recycling.- Five Life Cycle Assessment.- 21 Determination and evaluation of the optimal end of life strategy for products based on simulation of disassembly and recycling.- 22 Environment-oriented assessments for the life-cycle engineering.- 23 Benefit function for determining the optimum recycling option for products and parts.- 24 NORDLIST LCA lifecycle assessment in product development.- 25 Comparison of simplified environmental assessments versus full life cycle assessment (LCA) for the elctronics designer.- 26 Selecting green design strategies on the basis of eco-efficiency calculations.- 27 Decision management systems for downcycling/upcycling/eco design-interdisciplinary experiences.- 28 Innovations for environment and recycling based on the common development of the automotive industry and their suppliers.- Six Disassembly.- 29 Application of feature technology in a disassembly-oriented information technology infrastructure.- 30 Total disassembleability - a function of product design and disassembly system design.- 31 Assessment of future developments in automated disassembly and the influence on end-of-life scenarios.- 32 Implementation and testing of a reactive disassembly planner.- 33 Computer-aided disassembly planning as a support to product redesign.- 34 A disassembly information system.- 35 Disassembly structures - an approach to understand product structures from a separation viewpoint.- 36 Planning and re-planning strategy of disassembly processes.- Seven IT-Networks.- 37 Cooperative product data modelling in life cycle networks.- 38 IDEE? - information network for closed loop economy.- 39 The green browser: an internet-based information sharing tool for product life cycle design.- 40 Web based tools in support of life cycle engineering.- Index of contributors.- Keyword index.