Half Title Page.
Table of Contents.
2: How to Manufacture a Sustainable Future for 9 Billion People in 2050.
3: Sustainable Design - Approaches and Methodologies.
4: On the Potential of Design Rationale for Ecodesign.
5: Applying Unit Process Life Cycle Inventory (UPLCI) Methodology in Product/Packaging Combinations.
6: Towards an Increased User Focus in Life Cycle Engineering.
7: Quantitative Design Modification for the Recyclability of Products.
8: Evolution in Ecodesign and Sustainable Design Methodologies.
9: Integration of Environmental Aspects in Product Development and Ship Design.
10: Cradle to Cradle in Product Development: A Case Study of Closed-Loop Design.
11: Aligning Product Design Methods and Tools for Sustainability.
12: Managing Eco Design and Sustainable Manufacturing.
13: An Evaluation Scheme for Product-Service System Models with a Lifecycle Consideration from Customer's Perspective.
14: Life -Cycle Oriented Decision Support for the Planning of Fleets with Alternative Powertrain Vehicles.
15: Sustainable Design - Methods and Tools.
16: A Case-Based Reasoning Approach to Support the Application of the Eco-Design Guidelines.
17: Integrated Software Platform for Green Engineering Design and Product Sustainability.
18: Integrating Information in Product Development.
19: Life Cycle Oriented Evaluation of Product Design Alternatives Taking Uncertainty into Account.
20: Environmental Impact of Body Lightweight Design in the Operating Phase of Electric Vehicles.
21: Combining Five Criteria to Identify Relevant Products Measures for Resource Efficiency of an Energy Using Product.
22: Structure for Categorization of EcoDesign Methods and Tools.
23: Methods and Tools for Resource Efficient Manufacturing.
24: RFID Integrated Adaption of Manufacturing Execution Systems for Energy Efficient Production.
25: Optimising Compressed Air System Energy Efficiency – The Role of Flow Metering and Exergy Analysis.
26: Benchmark of Existing Energy Conversion Efficiency Definitions for Pneumatic Vacuum Generators.
27: A Model for Predicting Theoretical Process Energy Consumption of Rotational Parts Using STEP AP224 Features.
28: Developing Unit Process Models for Predicting Energy Consumption in Industry: A Case of Extrusion Line.
29: Advanced On-Site Energy Generation towards Sustainable Manufacturing.
30: Impact of Process Selection on Material and Energy Flow.
31: Generic Energy-Enhancement Module for Consumption Analysis of Manufacturing Processes in Discrete Event Simulation.
32: Manufacturing Automation for Environmentally Sustainable Foundries.
33: Bearing Condition Prediction Using Enhanced Online Learning Fuzzy Neural Networks.
34: Manufacturing Scheduling for Reduced Energy Cost in a Smart Grid Scenario.
35: Technologies for Energy Efficient Machine Tools.
36: Energy Efficient Solutions for Hydraulic Units of Machine Tools.
37: Impact of Machine Tools on the Direct Energy and Associated Carbon Emissions for a Standardized NC Toolpath.
38: Modeling Energy States in Machine Tools: An Automata Based Approach.
39: Combining Machine Tool Builder and Operator Perspective towards Energy and Resource Efficiency in Manufacturing.
40: Method and Calculation Tool for Carbon Footprint Assessment of Machine Tool.
41: Sustainable Manufacturing Processes - Machining.
42: Manufacturing of Optimized Venturi Nozzles Based on Technical-Economic Analysis.
43: Analysis of Energy Consumption in CNC Machining Centers and Determination of Optimal Cutting Conditions.
44: Increasing the Energy Efficiency in Metal Cutting Manufacturing through a Demand Based Coolant Filtration.
45: Improved Product Quality and Resource Efficiency in Porous Tungsten Machining for Dispenser Cathode Application by Elimination of the Infiltration Process.
46: Green Key Performance Indicator Based on Embedded Lifecycle Energy for Selection of Cutting Tools.
47: A Universal Hybrid Energy Consumption Model for CNC Machining Systems.
48: Ecological Assessment of Coated Cemented Carbide Tools and Their Behavior during Machining.
49: Sustainable Manufacturing Processes - Cleaning, Coating, Forming, Molding.
50: A Study on an Evaluation Method of Eco-efficiency of a Diamond Coating Process.
51: Injection Mould Design: Impact on Energy Efficiency in Manufacturing.
52: Simulation of Ultrasonic Cleaning and Experimental Study of the Liquid Level Adjusting Method.
53: Software Support for Environmentally Benign Mold Making Process and Operations.
54: Exergy Analysis of Atomic Layer Deposition for Al2O3 Nano-film Preparation.
55: Investigation of Energy, Carbon Dioxide Emissions and Costs in Single Point Incremental Forming.
56: Semi-empirical Modeling of the Energy Consumed during the Injection Molding Process.
57: Supply Chain Management.
58: Evaluation of the Resource Efficiency of RFID-Controlled Supply Chains.
59: Impact of Parameter Estimation Inaccuracies on a Repairable Item System.
60: The Analysis of Sustainable Supply Chain Management.
61: Levers for Management of Resource Efficiency in the Tool and Die Making Industry.
62: Analysis and Tools for Reuse and Recycling.
63: Identification and Promotion of Effective and Efficient Product and Material Cycles via Crowdsourcing.
64: Part Agent Advice for Promoting Reuse of the Part Based on Life Cycle Information.
65: Selective Disassembly Planning for Sustainable Management of Waste Electrical and Electronic Equipment.
66: After Sales Strategies for the Original Equipment Manufacturer of Electric Mobiles.
67: Operational Challenges in the Automotive Recycling Business: A System Dynamics Perspective.
68: A Basic Study on the Effectiveness of Counterplans to Promote Take-back of Mobile Phones.
69: Collecting End-of-Life Mobile Phones in Jakarta: A Pilot.
70: Systematic Product Inspection and Verification to Improve Returned Product Recovery.
71: Life-Cycle Assessment for Plastic Waste Recycling Process: Based of the Network Evaluation Framework.
72: Product Clustering for Closed Loop Recycling of Flame Retardant Plastics: A Case Study for Flat Screen TVs.
73: E-waste Assessment in Malaysia.
74: Methodology for an Integrated Life Cycle Approach to Product End-of-Life Planning.
75: Sustainable Metal Management and Recycling Loops: Life Cycle Assessment for Aluminium Recycling Strategies.
76: Sustainability Analysis - Approaches and Methodologies.
77: Framework for Modeling the Uncertainty of Future Events in Life Cycle Assessment.
78: Life Cycle Assessment and Life Cycle Costing – Methodical Relationships, Challenges and Benefits of an Integrated Use.
79: Developing IAM for Life Cycle Safety Assessment.
80: Multi-Layer Stream Mapping as a Combined Approach for Industrial Processes Eco-efficiency Assessment.
81: A Binary Linear Programming Approach for LCA System Boundary Identification.
82: Lifecycle Oriented Ramp-Up – Conception of a Quality-Oriented Process Model.
83: Method for Rapid Estimation of Carbon Footprint Involving Complex Building Inventory Data – A Case Study.
84: Product Benefit as a Key for Assessing Resource Efficiency of Capital Goods.
85: Least-Cost Technology Investments in the Passenger Vehicle and Electric Sectors to Meet Greenhouse Gas Emissions Targets to 2050.
86: Development of a New Methodology for Impact Assessment of SLCA.
87: A Manufacturing Informatics Framework for Manufacturing Sustainability Assessment.
88: “LCA to Go” – Environmental Assessment of Machine Tools According to Requirements of Small and Medium-Sized Enterprises (SMEs) – Development of the Methodological Concept.
89: Sustainability Assessment of Membrane System for Wastewater Treatment: A Review and Further Research.
90: Sustainability Analysis - Methods and Tools.
91: Combined Energy, Material and Building Simulation for Green Factory Planning.
92: Discrete Event Simulation Inserted into Kaizen Event to Assess Energy Efficiency.
93: Developing a Parametric Carbon Footprinting Tool: A Case Study of Wafer Fabrication in the Semiconductor Industry.
94: Material Information Model across Product Lifecycle for Sustainability Assessment.
95: Sustainability Analysis - Case Studies.
96: Comparative Life Cycle Assessment of Servo Press and Flywheel Press.
97: Three Dimensional Sustainability Assessment: A Case of Combustion Motor Industry in China.
98: Life Cycle Assessment of Urea Formaldehyde Resin: Comparison by CML (2001), EDIP (1997) and USEtox (2008) Methods for Toxicological Impact Categories.
99: Life Cycle Assessment of Solar Chimneys.
100: Impact of Mandatory Rates on the Recycling of Lithium-Ion Batteries from Electric Vehicles in Germany.
101: Eco Reach Essencial Johnson&Johnson® Toothbrush: An LCA Study Case Application to Analyze Different Materials in Handle Design.
102: Use Phase Parameter Variation and Uncertainty in LCA: Automobile Case Study.
103: Sustainability Management.
104: Lessons Learned from Conducting a Company-level, Downstream MFA.
105: Strategies and Ecosystem View for Industrial Sustainability.
106: Sustainability through Lifecycle Synthesis of Material Information.
107: Green Cycles Economy and Factory.
108: Defining Sustainability: Critical Factors in Sustainable Material Selection.
109: A Framework for Synergy Evaluation and Development in Heavy Industries.
110: Remanufacturing - Business and Management.
111: Jointly Consider Acquisition Price, Trade in Rebate and Selling Price in Remanufacturing.
112: Module Reconfiguration Management for Circular Factories without Discriminating between Virgin and Reused Products.
113: Production Planning and Inventory Control of a Two-Product Recovery System.
114: Active Remanufacturing Timing Determination Based on Failure State Assessment.
115: The Use of Product Life-Cycle Information in a Value Chain Including Remanufacturing.
116: Remanufacturing - Process Technologies.
117: Application of Electro-Magnetic Heat Effect on Crack Arrest in Remanufacturing Blank.
118: Current State and Development of the Research on Solid Particle Erosion and Repair of Turbomachine Blades.
119: Thermodynamic Research on SCCO2 Cleaning Process of Remanufacturing.
120: Study on Remanufacturing Cleaning Technology in Mechanical Equipment Remanufacturing Process.
121: Energy Consumption Assessment of Remanufacturing Processes.
122: Remanufacturing - Design and Analysis.
123: Design for Remanufacturing – A Fuzzy-QFD Approach.
124: LCA-Based Comparative Evaluation of Newly Manufactured and Remanufactured Diesel Engine.
125: Remanufacturing versus Manufacturing – Analysis of Requirements and Constraints for a Study Case: Control Arm of a Suspension System.
126: Life Cycle Assessment: A Comparison of Manufacturing and Remanufacturing Processes of a Diesel Engine.
127: Challenges and Issues of Using Embedded Smart Sensors in Products to Facilitate Remanufacturing.
128: Remanufacturing - Reliability Assessment.
129: Durability and Remaining Useful Fatigue Life Assessment of Welded Joint Using Impedance and Wave Propagation Techniques.
130: Detecting and Monitoring of Stress on Beams Using Lamb Waves.
131: Analysis of Time-to-Failure Data with Weibull Model in Product Life Cycle Management.
132: The Study of Measurement Procedures for Remanufacture Based on MMMT and XRD.
133: Social Sustainability.
134: Social Impact Assessment of Sugar Production Operations in South Africa: A Social Life Cycle Assessment Perspective.
135: Re-use and Job Opportunities in Central-Europe.
136: Comparison of Drivers and Barriers to Green Manufacturing: A Case of India and Germany.
137: A Multi-objective Tolerance Optimization Approach for Economic, Ecological, and Social Sustainability.
Erratum: Optimising Compressed Air System Energy Efficiency – The Role of Flow Metering and Exergy Analysis.