A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Developing a Fuzzy Evaluation Model of Safety Management for Urban Water Environment Rehabilitation Project
The construction safety management of the urban water environment rehabilitation project is more difficult than traditional projects safety management, because the rehabilitation project involves in many types of work and governmental departments, high requirements for surrounding environment and limited construction site. How to evaluate the construction safety management has become a key link to ensure the success of the urban water environment rehabilitation project. This study analyzed the four major factors that may lead to safety accidents during construction of urban water environment rehabilitation project, and established a safety evaluation index system including four first-level indicators and sixteen secondary indicators. An improved safety fuzzy comprehensive evaluation model was constructed on basis of Analytic Hierarchy Process and entropy weight method. This new model was verified with the safety management practice in the Maozhou River Rehabilitation Project in Shenzhen.
Developing a Fuzzy Evaluation Model of Safety Management for Urban Water Environment Rehabilitation Project
The construction safety management of the urban water environment rehabilitation project is more difficult than traditional projects safety management, because the rehabilitation project involves in many types of work and governmental departments, high requirements for surrounding environment and limited construction site. How to evaluate the construction safety management has become a key link to ensure the success of the urban water environment rehabilitation project. This study analyzed the four major factors that may lead to safety accidents during construction of urban water environment rehabilitation project, and established a safety evaluation index system including four first-level indicators and sixteen secondary indicators. An improved safety fuzzy comprehensive evaluation model was constructed on basis of Analytic Hierarchy Process and entropy weight method. This new model was verified with the safety management practice in the Maozhou River Rehabilitation Project in Shenzhen.
Developing a Fuzzy Evaluation Model of Safety Management for Urban Water Environment Rehabilitation Project
Long, Fenjie (editor) / Zheng, Sheng (editor) / Wu, Yuzhe (editor) / Yang, Gangying (editor) / Yang, Yan (editor) / Wang, Xingxiu (author) / Yu, Zhengqiang (author) / Wang, Tinglin (author) / Liu, Jian (author) / Bu, Zengwen (author)
International Symposium on Advancement of Construction Management and Real Estate ; 2018 ; Guiyang, China
2021-02-03
12 pages
Article/Chapter (Book)
Electronic Resource
English
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