The aim is to develop a comprehensive evaluation system for assessing risk response capabilities in major engineering projects through resilience engineering.
Identified key influencing factors for risk management.
Constructed an evaluation system comprising 4 primary and 16 secondary indicators.
Utilized analytic hierarchy process and entropy method to determine weights and developed a fuzzy comprehensive evaluation model.
Validated the system using the Hong Kong-Zhuhai-Macao Bridge project, accurately identifying risk response weaknesses.
Provided a tool for risk assessment during the entire lifecycle of major engineering projects.