基于SNA的地下综合管廊项目风险因素分析
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摘要
目前,综合管廊项目风险管理水平不高,风险因素关系定量研究较匮乏。风险因素及其之间的交互作用关系构成了风险关系网络,该网络可描述和呈现风险因素系统。以各个风险因素的网络特征为主要依据将其归纳为4类:Ⅰ类风险、Ⅱ类风险、Ⅲ类风险、Ⅳ类风险。选取社会网络分析方法 (SNA)中的测度指标(包括度数中心度、中间中心度、接近中心度、结构洞)识别上述4类风险,借助实际工程经验分别提出管理建议,并以大连市东港综合管廊为例演示风险因素及其关系网络的研究过程。
引文
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[4]周鲜华,潘宏婷,沈云飞.地下综合管廊PPP模式风险因素评价---基于ISM-MICMAC模型[J].会计之友,2017(13):59-64.
[5]向鹏成,宋贤萍.PPP模式下城市基础设施融资风险评价[J].工程管理学报,2016,30(1):60-65.
[6]秦旋,李怀全,莫懿懿.基于SNA视角的绿色建筑项目风险网络构建与评价研究[J].土木工程学报,2017,50(2):119-131.
[7]FACCIONI F M.Complex systems:risk model based on social network analysis[C].Industrial Electronics(ISIE),2016IEEE 25th International Symposium on IEEE,2016:22-27.
[8]VALANARASU R,CHRISTY A.Risk assessment and management in enterprise resource planning by advanced system engineering theory[J].International Journal of Business Intelligence and Data Mining,2018,13(1-3):3-14.
[9]SHISHODIA A,DIXIT V,VERMA P.Project risk analysis based on project characteristics[J].Benchmarking:An International Journal,2018,25(3):893-918.
[10]ONGKOWIJOYO C S,DOLOI H.Understanding of impact and propagation of risk based on social network analysis[J].Procedia engineering,2018(212):1123-1130.
[11]FANG C,MARLE F,XIE M.Applying importance measures to risk analysis in engineering project using a risk network model[J].IEEE Systems Journal,2017,11(3):1548-1556.
[12]CUCE G.Social network analysis in organization development studies[C].IEEE Computer Society,Proceedings of the 2012International Conference on Advances in Social Networks Analysis and Mining(ASONAM 2012),2012.
[13]LEE C Y,CHONG H Y,LIAO P C,et al.Critical review of social network analysis applications in complex project management[J].Journal of Management in Engineering,2018,34(2):04017061.
[14]ETEIFAS O,El-ADAWAY I H.Using social network analysis to model the interaction between root causes of fatalities in the construction industry[J].Journal of Management in Engineering,2017,34(1):04017045.
[15]谢琳琳,韩婷.基于SNA的重大工程风险治理研究---以港珠澳大桥珠海口岸工程为例[J].建筑经济,2017,38(11):32-36.