- 制造業綠色產品評價體系
- 張青山等
- 3038字
- 2018-12-29 16:57:51
參考文獻
[1] 徐劍,溫馨,張青山. 制造業綠色產品與傳統產品比較研究. 當代經濟管理,2005(6):41~44.
[2] 劉光復,劉志峰,李剛.綠色設計與綠色制造.北京:機械工業出版社,1999.9.
[3] Zhang H C,Kuo H T,Hang S H.Environmentally conscious Design and Manufacturing:A State-of-the-Art Surey.Journal Manufacturing Systems 1997.8. Vol.16(15):134~136.
[4] Leo Alting.Life Cycle Engineering and Design.Annals of the CRIP,1993 Vol. 42(2):456~462.
[5] I.Kosuke.Life-cycle Engineering Design: Design for Manufacturability ASME,1995,DE-81.39~45.
[6] T.Harjula,B.Rapola,W.A.Knight.Design for Disassembly and the environment. CIRP,1995,1,Vol.45(1). 109~114.
[7] 汪永超等. 綠色產品概念及實施策略. 現代機械,1999(1):5~9.
[8] 劉光復,劉志峰,李鋼. 綠色設計與綠色制造. 北京:機械工業出版社,2000.
[9] 徐劍,溫馨,鄒華. 制造業綠色產品屬性的演變及規律. 管理現代化,2005(4):4~6.
[10] Xu Jian,Zhang Qingshan. Research on Evolving of Green Products'Attribute for Manufacturing Industry. International Business Research,2008,1(3):110~114.
[11] 曹華軍等編譯.綠色制造藍皮書. http://www.eworks.net.cn/ewkArticles/Category90/Article16646.htm, 2004.10.7.
[12] Dickinson D A,Draper C W.Green product manufacturing.AT&T Technical Journal,1995(Nov/Dec):26~35.
[13] Johnson M,WANG M.Environmental Conscious Manufacturing:A Life-Cycle Analysis.10th International Conference on CAD/CAM,Robotics and Factories of the Future,August,1994,Ottawa,Canada. http://www.uwindsor.ca/main/imse/people/ecdminfo.html.
[13] WANG M H.An Environmental Conscious Design Tool.Proceedings of International Conference on Automation Technology,Taiwan,1994. http://www.uwindsor.ca/main/imse/people/ecdm_info.html.
[14] Zust R,Gaduff G.Life-cycle modeling as an instrument for life-cycle Engineering. Annals of the CIRP, 1997,46(1):351~354.
[15] 劉飛,張華,陳曉慧. 綠色制造的決策框架模型及其應用.機械工程學報,1999,Vol.35(5):11~15.
[16] 馮珍.綠色產品制造策略研究.西安電子科枝大學碩士學位論文,西安:西安電子科枝大學,2001.4.
[17] http://www.pim.tsinghua.edu.cn/me/zhizhuo/services.html.
[18] http://www.green-design.org/schinese/index.jsp.
[19] 曹華軍. 面向綠色制造的工藝規劃技術的國內外研究現狀.吉林大學博士學位論文http://www.e-works.net.cn/ewkarticles/category90/article11668.htm.
[20] 楊建新,徐成,王如松. 產品生命周期評價方法及其應用.北京:氣象出版社,002.
[21] Katsuya Nagata,Masashito Aizawa.The development of the environmental efficiency potential assessment method.IEEE,2001:820~825.
[22] Jahau Lewis Chen and Chih-Wei Liau.A Simple Life Cycle Assessment Method for Green Product Conceptual Design.Second International Symposium on Environmentlly Conscious Design and Inverse Manufacturing,Tokyo,December 11~15,2001:775~780.
[23] 江吉彬. 綠色機電產品集成化開發系統建模技術與應用研究:[博士學位論文]. 合肥:合肥工業大學, 2003.
[24] 楊建新,王如松. 生命周期評價的回顧與展望. 環境污染治理技術與設備,1998,6(2):21~29.
[25] 郭連城,辛志偉,張永真. 環境標志產品評價方法標準化研究. 城市環境與城市生態,1998(1):61~65.
[26] A. Atik,H. Schulz,C. Patter etal. 桂貴生譯. 運用模糊理論對產品進行并行設計的生態學評判. 工程設計,1999(4):13~20.
[27] A. Azapagic,R. Clift. Life Cycle Assessment and Linear Proganniming Environ-Mental Optimisation of Product System. Compuetrs chem. Engineering,1995,19(1):229~234.
[28] Anne Brinkley,Steve Ching. Assessing Green pen Computer Designs,Product and Program Metrics. IEEE, 1997(8):48~51.
[29] E. Cobas Flores,C. T Hendrickson etal. Life Cycle Analysis of Batteries Using Eoconomic Input-Output Analysis. IEEE,1996(1):130~134.
[30] S.K. Ong,T.H. Koh,A.Y.C. Nee. Development of a semi-quantitative pre-LCA tool. Journal of Materials Processing Technology,1999(4):574~582.
[31] L. Alting,H. Wenzel,M. Hauschild. Elements in a New Sustainable Industrial Culture Environmental Assessment in Product Development. CIRP International Symposium-Advanced Design and Manufacture in the Global Manufacturing Era,Hong Kong,1997.
[32] Rosy Wei Chen,Dundee Navin-Chandra,Fritz B. Prinz. A Cost-Benefit Analysis Model of Product Design for Recyclables and its Application. IEEE,Transactions on Components,Packaging,and Manufacturing Technology,1994,17(4):502~507.
[33] Tu Juiche. An Assessment Model and Guidelines for Multimedia Computer Recycling from the Life Cycle Design Standpoint. IEEE,Ecodesign,1999(7):740~745.
[34] Dieter Spath,Michael Scharer,Lutz Trender. Co-efficient Based Assessment Methods to Support Life Cycle Design. IEEE,1999(11):522~526.
[35] Joseph Sarkis. A methodological framework for evaluating environmentally conscious manufacturing programs. Computers & Industrial Engineering,1999:793~810.
[36] M. R. Johnson,M. H. Wang. Economical evaluation of disassembly operations for recycling remanufacturing and reuse. International Journal of production research,1998,36(12):3227~3252.
[37] Y. Pnueli,E. Zussman. Evaluating the end-of-life value of a product and improving it by redesign.International Journal of production research,1998,35(4):921~942.
[38] Frans Berkhout,Derek Smith. Products And the Envronment:An Integrated Approach To Policy. European Environment,1999(4):174~185.
[39] Ole Jorgen Hanssen. Environmental impacts of product systems in a life cycle Perspective:a survey of five product types based on life cycle assessments studies. Journal of Cleaner Production,1998(1):299~311.
[40] Edgar G Hertwith,William S. Pease,Catherine P. Koshland. Evaluatong the Environmetal Impact of Products and Production Processes:a Comparison of six Methods. The Science of the Total Environment, 1997(1):13~29.
[41] Niall Murtagh,Takao Bamba,Kenzo Iwama etal. An Evaluation Tool for Eco-Design of Elenctrical Products,1999(1):766~770.
[42] Dale Andrew,Carlo Pesso. OECD Joint Party on Trade and Environment. Trade Issues in the Greening of Public Purchasing,1999(3):178~184.
[43] Huakai Chiou,Gwo-Hshiung Tzeng. Fuzzy Hierarchical Evaluation with Grey Relation Model of Green Engineering for Industry. International Journal of Fuzzy System,2001,3(3):466~474.
[44] Stewart Coulter,Bert bras. Reducing environmental impact through systematic product Evaluation. The International Journal of Environmentally Conscious design Manufacturing,1997,6(2):1~10.
[45] Michael Lenox,Anddrw King,John Ehrenffld. An Assessment of Design-for-Environment Practices in Leading US Electronics Firms. Interfaces,2000:83~94.
[46] Penelope Mitchell,Richard hyde. Bottom-Up' approach to the implementation of environmental life cycle assessment,1999:509~514.
[47] Tomas Ekval,Lisa Person,Anna Ryberg. Life cycle assessment of packaging systems for beer and soft drinks. Minis of environment and Energy,1998(3):26~29.
[48] Mathendra Hundal. Life cycle assessment and design for environment. International Design Conference-Design,2001(10):57~62.
[49] Executive summary of product assessment manual for electric home appliances,http://www.aeha.or.jp. 2003.1.14.
[50] S.W.Lye,S. G. Lee,M. K. Khoo. EcoDE-An environmental component design evaluation Tool. Engineering with Computers,2002(18):14~23.
[51] Zhang Zhi-ing,Wang Xin-yi,Cao Mo. New LCA Approach with Fuzzy Evaluation. Journal of Beijing Institute of Technology,2001,10(1):56~62.
[52] 寧墨. 世界經濟掀起綠色浪潮——國際環保市場充滿生機. 中國環保產業,2000,10:28~30.
[53] Liu zhifeng,Liu guangfu. Preliminary Discussion on Evaluation Index System of Green Product. Proceeding of Joint “Yong Scientists Conference on Manufacturing Science”&“The 3rd S. M. Wu Symposium on Manufacturing and Science”,Wuhan:1998.
[54] Liu Xueping,Liu Zhifeng,Liu Guangfu etal. Product Recycling Assessment Model based on Artificial Neural Network. Proceeding of 99' International Conference of Advanced Manufacturing Technology,Xi'an Jiao Tong University Press,Xi'an:1999.
[55] 曾珍香,顧培亮著. 可持續發展的系統分析與評價. 北京:科學出版社,2000,10.
[56] 劉光復,劉志峰. 綠色產品及其評價系統框架. 機械設計與研究,1997(4):12~15.
[57] 宋守許,劉志峰. 綠色產品設計的材料選擇. 機械科學與技術,1996,15(1):40~45.
[58] 劉志峰,劉光復. 產品的可拆卸性及其設計方法. 機械設計與研究,1997(3):25~27.
[59] 劉志峰,劉光復. 綠色產品與綠色設計. 科技導報,1997(4):48~50.
[60] 劉志峰,劉光復. 綠色產品與綠色標志. 合肥工業大學學報,1999(4):37~39.
[61] 劉志峰,夏鏈,劉光復. 基于知識的綠色產品評價系統框架. 輕工機械,1997(4):21~24.
[62] 劉志峰,劉學平,劉光復. 神經網絡驅動型產品綠色屬性的模糊評判模型. WCICA 2000 Proceedings of the 3rd World Congress on Intelligent Control and automation,28th ,July,Hefei:2000.
[63] 卓蔚君,劉志峰,劉光復. 產品可拆卸性評價的模糊綜合評判法. 制造業設計技術,1999(2):45~48
[64] 劉豐,劉志峰,劉學平等. 產品拆卸難度的評價方法研究. 制造業設計技術,1999(2):55~59.
[65] 劉志峰,許永華,劉學平等. 綠色產品評價方法研究. 中國機械工程,2000 11(9):968~971.
[66] 劉光復,劉學平,劉志峰. 綠色設計的體系結構及實施策略. 中國機械工程,2000,11(9):65~68
[67] 劉志峰,劉學平,劉光復. 綠色產品的評價及其開發策略. 機電一體化,2000(2):72~74.
[68] 潘春霞,劉志峰,劉學平等. 基于綠色設計的全生命周期評價方法研究. 制造業設計技術,2000(11):6~9.
[69] 黃敏純,劉光復,劉志峰等. 綠色制造評價系統的研究及應用. 化工設計,2000,10 (5):41~43.
[70] 劉志峰,林巨廣,劉光復等. 基于環境意識的電冰箱回收性能評價系統研究. 合肥工業大學學報,2001, 24 (5):862~867.
[71] 江吉彬,劉志峰,劉光復. 綠色設計工具的信息需求分析及模型研究. 中國機械工程學會生產工程分會2001年“面向21世紀的生產工程”學術會議,廣州:2001:119~122.
[72] 宋江敏,陳莊,韓逢慶. 基于產品多生命周期工程的產品環境評價指標體系探討. 重慶工學院學報, 1999,13(3):44~47.
[73] 陳莊,劉飛,陳曉慧. 基于綠色制造的產品多生命周期工程. 中國機械工程,1999,10(2):233~236.
[74] 陳莊,劉永梅. 產品多生命周期工程—背景、現狀和展望. 重慶工學院學報,2001,14(1):1~6.
[75] 王宏,曹巖,趙汝嘉. 面向總體方案決策的產品評價. 制造業自動化,2000(5):17~19.
[76] 苗瑞,王東鵬,姚英學. 關于IS09000. IS014000綠色產品質量保證體系研究. 計算機集成制造系統-CIMS,2002(2):166~168.
[77] 長虹獲“綠色產品”獎. http://www.ctiin.com.cn. 2001.4.23.
[78] Henrik Wenzel,Michael Hauschild and Leo Alting. Environmental Assessment of Products,Vol1:Methodology,Tools and Case Studies in Product Development. Chapmen & Hall. 1997. Technology Profile, Electronic Design. 1982( 8):79.
[79] 劉光復,劉志峰,李鋼. 綠色設計與綠色制造. 機械工業出版社. 1999.
[80] 機電產品綠色設計理論與方法. http://www.china-machine.com/adv_technology/green.asp.
[81] Liu Gang,Xian Dong,Mao Wei,Duan Guanghong,Wang Jingsong. Research about the quantified assess system on the life cycle of typical electromechanic product based on the economic character. ISEE 2003.
[82] 周勝. 基于模糊層次分析法的機電產品綠色度綜合評價的研究與實現:(碩士學位論文). 杭州:浙江大學. 2002.
[83] Yang Yinsheng,Li Hongwei,Tong Jin. Green assessment of multi-product based on concordance analysis. Proceedings of 2001 International Conference on Management Science & Engineering (VolumeⅡ),2001.8:1876~1880.
[84] 王云莉,段廣洪,毛偉等. CAPP開發工具中用戶框架系統的關鍵技術研究. 計算機集成制造系統,2001, 6(1):25~30.
[85] 魏彩喬. 基于CS結構的綠色制造自動評價系統設計. 機械工程與自動化. 2005,2(129):56~60.
[86] 張明君. 核武器產品綠色制造評價模型. 現代制造工程,2005(11):96~99.
[87] 向東,汪勁松,段廣洪. 綠色產品生命周期分析工具開發研究. 中國機械工程,2002,20 (13):1760~1764.
[88] 張亞平. 生命周期評價軟件系統的設計與實現:(碩士學位論文). 武漢:武漢大學. 2004.
[89] 徐志剛,黃克正,范波濤等. 綠色產品壽命周期設計軟件原形系統研制開發. 機械設計,2000(5):1~9.
[90] 沈偉潮,易建軍,李瑩等. 基于LCED的汽車產品回收評價系統的研究. 機電工程技術,2004(6):32~34.
[91] 王新杰,王良文,曹武軍. 產品全生命周期設計環境評價系統的研究. 機械設計,2002,20(8):6~9.
[92] 鄧超,夏添,吳軍. 產品生命周期評價原型系統設計和開發. 計算機集成制造系統-CIMS,2005 (9):1319~1326.