国际生产工程科学院（CIRP）第17届生命周期工程会议（2010年）论文集

Table of Contents

Life Cycle Assessment， Engineering， And Management

Assessment of environmental impacts of rare earth elements： An LCA approach

Research on life cycle assessment database model for electromechanical products

Evaluation of four tools for environmental impact life cycle assessment in sustainable product development

Challenges Facing Engineers in Evaluating Life Cycle Impacts of Emerging Technologies

Energy Efficiency in Manufacturing Perspectives from Australia and Europe

A Computation Method of Factor X Indicator by Using the Life Cycle Concept

Environmental benefits of parts remanufacturing： the truck injector case

Development of Home Appliance LCA Software for SMES

Temporal discounting for life cycle assessment： perspectives and mechanisms

Development of a methodology for real field data-based LCA

Simulation Methods Used in LCA： Important Concepts and Practice

Energy saving product development

Cradle-to-Gate Embodied Energy of Products

Evaluating Life Cycle Greenhouse Gas Emissions and Energy Consumption of A1 Intensive Vehicle in China

Methodology to assess the energy consumption of cutting machine tools

Assessment of Life Cycle Impacts and Integrated Evaluation Concept for Equipment Investment

A TRIZ Based Eco-innovative Design Method for Energy Saving Products

Energy-saving Optimal Design Based on Transfer Function

Simulation-based Energy Flow Evaluation for Sustainable Manufacturing Systems

Lifecycle Impact Reduction and Energy Savings through Light Weight Eco-Design of Machine Tools

Energy and Resource Consumption of Cutting Processes How Process Parameter Variations can Optimise the Total Process Efficiency

Energy Consumption Assessment and Optimisation in the Design and Use Phase of Machine Tools

The Green Design Method of Household Electrical Appliances Based on Energy Efficiency Label

A Proposed Method to Study the Life-cycle Energy Consumption of the Automotive Industry

Sustainable Manufacturing

Intelligent Vehicle Scheduling for Service Delivery in Industrial Product-Service Systems

How can Product-Service Systems enable Remanufacturing?

Proposal of an Extended Process Model

Assessment of Reverse Supply Chain Designs based on Reference Business Processes

Digital manufacturing supporting integrated improvement of products and production systems

Fuzzy Model for Optimization of Tooling Process

New business models for tooling companies based on intelligent injection molds

A Study on the Eco-Performance of Plastics in the Injection Molding Process

Analysis of Eco-efficiency of Ceramics Manufacturing Processes for Silicon Nitride

Review and Future of Sustainable Manufacturing

Appropriate use of Green Manufacturing Frameworks

Eco-design and Eco-innovation

Reliability analysis on industrial synergistic systems - Lagny -sur -Marne as a case study

An Incomplete Information Structure and Its Representation Model of the Used Parts for Remanufacturing

Dictionary of Elementary Effects： A New Approach for Integration of Environmental

Considerations in the Product Design Process

Eco-efficient methodology

Weight Reduction Design of Transmission Parts Rotating Around Fixed Axis

A Cladistic and TRIZ-based Approach for Enhancing Decision Making in Technology and Innovation Management

Concurrent approach for multiple eco-function design

Development of a Framework for Sustainable Conceptual Design

Research on Method of Green Product Scenarios Selection

Eco-Innovation： Managing Eco-Product Design & Innovation

Comparison of Eco-Design Tools for the Conceptual Design Phase

A Template to Acquire Requirements of Customers in Eco-design

Redesign of Modular Product Architecture for Efficient Resource Recovery

A method helping to define eco-innovative systems （Product Architecture + Reverse Supply Chain structure + Use Cycles Scenario）

Reuse， remanufacture and recycling

Polygonal Model based Vertex Regeneration Method for Refurbishment of Worn Parts

Optimal Disassembly and Recycling Process for EOL Electronic Products under Bi-criteria

Compressor Case-opening Equipment Based on Self-teaching

Life Cycle Maintenance in Combination with Reuse Application to valve actuators forreducing life cycle cost and environmental load

Development and Application of Unsoldering Equipment for Printed Circuit Boards Scraps

Extraction of Some Typical Topology Structures and Simplification about Products Dismantling Model

Method of Disassembly Information Acquisition and Automatic Modeling Based on UG

Product disassembly directed graph model based on basic element and classification constraints

Development of an Economically Sustainable Recycling Process for the Footwear Sector

Design and Analysis of Shape Memory Polymer Snap-Fits for Active Disassembly

Impacting Consumer End-of-Life Product Return Decisions with Incentives

Repair and Overhaul Methodology for Worn or Damaged Turbine Components

Roadmap for end-of-life strategies

Sustainability and Sustainable models

Integrating Green and Sustainability Aspects into Life Cycle Performance Evaluation

Research Concept for Sustainable Mobility in Metropolitan Areas

Utilizing Quality Function Deployment to Evaluate and Design Wastewater Treatment Systems

Defining the Dimensions of Human Work for Industrial Sustainability Assessment

Development Overview of Sustainable Manufacturing Metrics

Business model Life Cycle Evaluation： Two Successful Case Studies in the Machine Tool Sector

Development of Sustainable Society Scenario Simulator Connecting Scenarios with Associated Simulators

A review of sustainable manufacturing measurement from product life cycle perspective

Proposal of a cause-effect pattern library for realizing sustainable business

A Relevance Analysis Method to find Conflicts between Events Related to Sustainability

Special Workshop： CO2PE！

Environmental analysis of SLM and SLS manufacturing processes.

In the past three decades， the world has been experiencing significant changes in terms of economical structure and environmental affects to the earth. From the 1980's with rapid development of Japanese economy， large amount of household electronics and appliances are produced and widely exported to the world. While we enjoy the benefits from the electronic products， we gradually started to face the challenge of dealing with the end-of-life electronic products. In the 1990's， economy of U.S. surpassed Japanese and started to lead the world into the Internet era. With the revolutionary development of Internet and Intranet technology， personal computers and IT products dramatically fill in the entire world. At the time， human beings were faced with the challenge of how we can dispose the end-of-life electronics which contain large amount of noble metals and non-degradable toxic materials. The world-wide landfill is diminishing， almost uncountable products are rolling out production lines everyday， nature resources are significantly reducing， and climate changing has stunned us suddenly.