|
| A3-1 |
9:00-10:20 |
|
The Artefactual Wheel-Work and the
Information Infrastructure
J. Goossenaerts
Eindhoven Univ. of Technology, THE NETHERLANDS |
|
Modeling and Model Execution in Support of
Total Life Cycle
J. Goossenaerts and T. Kjellberg
Eindhoven Univ. of Technology, THE NETHERLANDS |
|
The Framework of Eco Design Support
H. Kobayashi, A. Hongu, K. Haruki and S. Doi
TOSHIBA Co., JAPAN |
|
The ECODESIGN Checklist Method, a Redesign
Tool for Environmental Product Improvements
W. Wimmer
Technical Univ. Wien, AUSTRIA |
| A3-2 |
10:30-11:50 |
|
Synthesis and Emergence in Engineering
Design Problem-Solving
V.V. Kryssanov, H. Tamaki and K. Ueda
Kobe Univ., JAPAN |
|
Infrastructure Determination for
Electronic Assembly Reverse Production Systems
J.C. Ammons, M.J. Realff and D. Newton
Georgia Inst. of Technology, USA |
|
Building a Eco-Design Toolkit for the
Electronics Industry
R. Coulon1, P. Jean2 and D. Timmons3
1Ecobalance, 2Ecobilan, 3Eastman Kodak US, FRANCE |
|
Presentation of EIME Methodology and Its
Adaptation to Japanese Requirements
S. Adda and P. Jean
Ecobilan Group, FRANCE |
| A3-3 |
13:30-14:50 |
|
Life Cycle Simulation for the Inverse
Manufacturing
A. Nonomura, Y. Umeda and T. Tomiyama
Univ. of Tokyo, JAPAN |
|
A Decision Supporting Tool for
Environmentally Conscious Product Design Based on Life Cycle Impact Assessment, an
Ecological Single Score Index and Fuzzy-Logic
A. Atik, H. Schulz, R. Pant and J. Jager
Darmstadt Univ. of Technology, GERMANY |
|
Intelligent Decision Support System for
Continuous Improvement of Resource-Saving and Recycling-Conscious Manufacturing
S. Song
Hiroshima Institute of Technology, JAPAN |
|
Environmentally Conscious Decision
Support: Software and Case Studies
D. Hunkeler, J.M.H. Gil and E. Vanakari
Swiss Federal Institute of Technology, SWITZERLAND |
Top
| A3-4 |
9:00-10:20 |
|
Evaluating Design for Disassembly and
Economical Solutions of Inverse Manufacturing
M.R. Johnson1, A. Spicer1 and M.H. Wang2
1Yellow Creek Consulting, 2Univ. of Windsor, CANADA |
|
E-FMEA - A New Promising Tool for
Efficient Design for Environment
M. Lindahl
Kalmar Univ., SWEDEN |
|
An Assessment Model and Guidelines for
Multimedia Computer Recycling from the Life Cycle Design Standpoint
J. Tu
Da-Yeh Univ., TAIWAN |
|
Computer-Aided Redesign for Improving
Recyclability
T. Murayama, K. Kagawa and F. Oba
Hiroshima Univ., JAPAN |
A3-5 |
10:30-11:50 |
|
Strategic Parts Selection for Material
Recycling
M. Hattori and T. Waida
AIST, MITI, JAPAN |
|
Environmental Screening of Packaging and
Interconnection Technologies
N.F. Nissen, H. Griese, A. Middendorf, J. Muller, H. Potter and H. Reichl
Fraunhofer IZM, GERMANY |
|
Life Cycle Design Achieving a Balance
between Cost and Environmental Impact with Assembly-Disassembly Evaluation/Design: DAC
Y. Yamagiwa, T. Negishi, K. Takeda and M. Kobayashi
Sony Co., Ltd., JAPAN |
|
An Evaluation Tool for Eco-Design of
Electrical Products
N. Murtagh1, T. Bamba1, T. Higuchi2 and K. Iwama3
1Mitsubishi Electric Corp., 2Chiyoda Corp., 3Applied Engineering, JAPAN |
A3-6 |
13:30-14:50 |
|
Graph-Based Information Modeling of
Product-Process Interactions for Disassembly and Recycle Planning
S. Kanai, R. Sasaki and T. Kishinami
Hokkaido Univ., JAPAN |
|
Product Disassembly Evaluation Using
Signal Flow Graphs
V. Allada, and S. Viswanathan
Univ. of Missouri-Rolla, USA |
|
Design for Recyclability of Capital Goods
U. Lindemann and E.G. Welp
Ruhr-Universitaet Bochum, GERMANY |
|
Life-Cycle Simulation Model for Large
Scale Welded Structure
K. Aoyama and T. Nomoto
Univ. of Tokyo, JAPAN |
Top
| B3-1 |
9:50-11:50 |
Keynote |
Lessons I have learned in Rainforest
(Keynote)
T. Kiuchi
Mitsubishi Electric Corp., JAPAN |
Keynote |
How to Make Eco-Business Profitable: A
View from Business Strategy (Keynote)
S. Kurihara
Hitotsubashi Univ., JAPAN |
Keynote |
Economic Valuation in LCA - Potential in
Supporting Decision Making (Keynote)
M. Akai
Mechanical Engineering Laboratory Agency, JAPAN |
| B3-2 |
13:30-14:50 |
Keynote |
Development of Products Contributing to
Environment in Toyota Motor Corp.
S. Matsuura
Toyota Motor Corp., JAPAN |
Keynote |
MITI's Activities toward the Construction
of a Socio-Economic System with Material Cycles (Keynote)
T. Nakatomi
MITI, JAPAN |
Top
| C3-1 |
9:00-10:40 |
|
Reversible Interconnection by Control of
Interface Reactions
N. Hosoda and T. Suga
Univ. of Tokyo, JAPAN |
|
Recycling System for Printed Wiring Boards
with Mounted Parts
S. Yokoyama, Y. Ikuta and M. Iji
NEC Corp., JAPAN |
|
Assembly and Disassembly of Bare Chips
Using On-Substrate Linear Microvibromotor Arrays
K. Saitou and S. Wou
Univ. of Michigan, Ann Arbor, USA |
|
The Separating Method of Copper and
Aluminum from Heat Exchanger in Air Conditioner
Y. Arai, Y. Ikeda, S. Yamagata and Y. Oda
Mitsubishi Materials Corp., JAPAN |
|
Recycling Cell Formation Using Group
Technology for Disposal Products
J. H. Park1, K.K. Seo1 and D.S. Jang2
1Korea Institute of Science and Technology, 2Korea Univ., KOREA |
| C3-2 |
10:50-11:30 |
|
Research and Development Systems of
Environmentally Conscious Products: Bubble Jet Printers
H. Hasegawa
Canon Inc., JAPAN |
|
A Novel Manufacturing Process for
Capacitors with Reduced Environmental Impact
P.M. Harrey, D. Harrison, B. Ramsey and P.S.A. Evans
Brunel Univ., UK |
Invited |
FESCO's Business Structure &
Strategies (Invited)
K. Tsutsumi
The First Energy Service Co., Ltd., JAPAN |
|
Properties of Energy Recovery by
Combusting Industrial Waste/Coal Blend Fuels
M. Kondoh1, M. Yamaguchi1 and S. Mori2
1Toyota Motor Corp., 2Nagoya Univ., JAPAN |
|
Energy Saving by means of Effective Usage
of Heat Pumps
T. Tanaka, K. Narita and I. Toda
Tokyo Electric Power Company, JAPAN |
Top
| C3-4 |
9:00-10:20 |
Keynote |
Strategies for Product Life-Cycle Support
in an Information Age (Keynote)
J. Lee
UTRC, USA |
|
Computer-Aided Facility Life Cycle
Management
S. Takata, A. Yamada and Y. Inoue
Waseda Univ., JAPAN |
|
Remote Maintenance for IM
I. Goncharenko and F. Kimura
Univ. of Tokyo, JAPAN |
| C3-5 |
10:30-11:50 |
|
Maintenance Engineering in the Japanese
Public Service Sector
Y. Umeda
Univ. of Tokyo, JAPAN |
|
A Life-Cycle Maintenance Methodology with
Environmental, Health and Safety Considerations
N. Suppen, M. Onosato and K. Iwata
Osaka Univ., JAPAN |
|
Automatic Generation Method of Optimum
Symptom Parameters for Condition Diagnosis of Plant Machinery by Genetic Algorithms
P. Chen and T. Toyota
Kyushu Institute of Technology, JAPAN |
|
Failure Detection and Diagnosis of
Rotating Machinery by Orthogonal Expansion of Density Function of Vibration Signal
T. Toyota, T. Niho and P. Chen
Kyushu Institute of Technology, JAPAN |
| C3-6 |
13:30-14:50 |
|
Application of Physical Separation
Technologies to the Shredder Fluffs
S. Owada
Waseda Univ., JAPAN |
|
Automatic Sorting System for Glass
Bottles, Cans and Plastic Bottles
S. Kitani
Ishikawajima-Harima Heavy Industries Co., Ltd., JAPAN |
|
Copper Recycling Technology from Alkaline
Etchant
Y. Fujita, H. Watanabe and K. Chiba
Meltex Inc., JAPAN |
|
Supercritical Fluid Extraction of Toxic
Metals from Woods Containing Preservatives
Y. Takeshita, Y. Sato and S. Nishi
NTT Science and Core Technology Laboratory Group, JAPAN |
Top
| Plenary 4 |
|
| 15:00-17:00 |
Industrial Ecology in Motion through
Enterprise Integration
D. Bendz
IBM Corp., USA |
|
Development of Green Products in the
Electronics Industry
T. Nitta
Matsushita Electric Industrial, Co., Ltd., JAPAN |
|
Integration of EcoDesign into Business, a
New Challenge
A. Stevels
Philips Consumer Electronics, THE NETHERLANDS |
| Closing
Remarks |
| 17:00-17:40 |
Mega Trend of EcoDesign
R. Yamamoto
Univ. of Tokyo, JAPAN |
|