Amin, Shohel

Guo, Qingjun

Haas, Olivier

Hao, Qianwen

English

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This paper applies resilience theory in safety management to three subway construction sites: the Shuangzhai, the Sports Centre and the Sanyizhuang stations on the Xi'an Metro Line 14. It analyses the resilience connotation and evaluates the system resilience using the resilience index. The Delphi method determined the resilience indices. The ANP extension cloud synthesis was constructed combining the cloud and matter-element extension theories to address the randomness and ambiguity of the resilience assessment process for subway construction sites. This study reveals that the resilience level was consistent with actual engineering project assessment at all stations. The resilience assessment of the Shuangzhai Station project ranks first followed by that of Sanyizhuang and then the Sports Centre station. The findings of this study argue for strengthening the resilience management, taking measures to optimise and improve the security system, enhancing the defence ability and anti-risk mechanism at the construction sites of the sports centre and the Sanyizhuang stations

Coventry University Pure Portal

Resilience Assessment of Safety System at Subway Construction Sites Applying Analytic Network Process and Extension Cloud Models

https://pure.coventry.ac.uk/ws/files/42081853/Binder048.pdf

Resilience Assessment of Safety System at Subway Construction Sites Applying Analytic Network Process and Extension Cloud Models

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Coventry University Pure Portal