基于两阶段模糊熵权的震灾抢修抢建价值评估模型

英文篇名：Value Assessment Model for Emergency Repair and Construction of Earthquake-damaged Project Based on Two-stage Fuzzy Entropy Method
中文刊名：中国安全科学学报
英文刊名：China Safety Science Journal
作者：王凤山 ; 黄育 ; 刘猛
英文作者：WANG Feng-shan1 ; Lecturer HUANG Yu2 LIU Meng1 ; Engineer (1 Engineering Institute of Engineering Corps ; PLA University of Science & Technology ; Nanjing 210007 ; China 2 The 73670 Troop of PLA ; Nanjing 210042 ; China)
中文关键词：抢修抢建 ; 价值工程 ; 模糊 ; 熵权 ; 工程项目 ; 地震
英文关键词：emergency repair and construction ; value engineering ; fuzzy ; entropy ; engineering project ; earthquake
出版日期：2010-11-15
机构：解放军理工大学工程兵工程学院;解放军73670部队;
年：2010
期：11
出版单位：中国安全科学学报

摘要

面对地震对工程的破坏与抢修抢建需求,提出一种两阶段模糊熵权的抢修抢建工程价值评估模型。探究地震作用下抢修抢建工程价值特征体系的参数、变化趋势等特征,给出工程项目价值指标的混合判断矩阵,集成模糊熵权方法对工程项目价值指标阶段、准则阶段进行层次化评估,确定工程项目的抢修抢建相对价值系数。模型应用于震后抢修抢建案例,得到工程项目隐含的权值信息,据此得到抢修抢建案例的价值系数及执行序列。
In view of the high requirement for emergency repair and construction of earthquake-damaged engineering,a value assessment model is put forward for the emergency repair and construction of engineering projects based on two-stage fuzzy entropy method.The characteristic parameters for project value and its changing tendency are analyzed,and the mixed judgment matrix for project's value index is presented.According to fuzzy entropy method,a hierarchic assessment is conducted on the project in the index and rule stage,which determines the relative value coefficient of emergency repair and construction of engineering project.Finally,the model is applied to a case of earthquake-damaged engineering,and the crytic weight information is gained,by which the coefficient of value for the emergency repair and construction of the project case and its implementation sequence are obtained.

引文

[1]万艳华.城市防灾学[M].北京:中国建筑工业出版社,2003:34-40.
    [2]李东华,龚俊.基于震例和决策模型的救灾事项时序研究[J].地震地磁观察与研究,20093,0(1):35-43.
    [3]Fengshan Wang,Wanhong Zhu,Houqing Lu.Wartime repair decision-making framework for military engineering on com-plex system theory[A].2010 International Colloquium on Computing,Communication,Control,and Management Pro-ceedings[C].USA:Institute of Electrical and Electronics Engineers,Inc,2010.8:225-228.
    [4]张彩江.复杂价值工程理论与新方法应用[M].北京:科学出版社,2006:1-25.
    [5]成俊伟,王凯全.建筑施工区域风险研究[J].中国安全科学学报2,0091,9(12):171-176.
    [6]Buckley J J.Fuzzy hierarchical analysis[J].Fuzzy Sets and Systems1,9851,7(3):233-247.
    [7]Yasuichi Horibe.EntropyandCorrelation[J.]IEEETransactionsonSystems,ManandCybernetics1,985,SMC-15(5):641-642.
    [8]彭德红,许名标,陈宝心.价值工程在技术改造方案比选中的应用[J].建筑技术开发,2004,31(3):82-83.
    [9]于汐,唐彦东,刘春平,等.灾害生命价值评估理论研究[J].中国安全科学学报2,0091,9(12):17-22.
    [10]Fiedrich F,Gehbauer F,Rickers U.Optimized resource allocation for emergency response after earthquake disasters[J].Safety Science2,000,35(1-3):41-57.
    [11]周荣义,龚日朝.我国城市灾害风险应对现状及对策研究[J].中国安全科学学报2,0091,9(11):139-145.
    [12]Liangsheng Qu,Liangming LI,Jay Lee.Enhanced diagnostic certainty using information entropy theory[J].AdvancedEngineering Information2,003,17(3-4):141-150.