In this report, a multi-hazard coupling scenario is defined as a series of cascading, interactional or compound events that affect CPI system performance in a certain time domain [𝑇 0 , 𝑇 𝐸 ]. The system resilience of CPI can provide a precise spatiotemporal threshold for the inclusive multi-hazard coupling scenarios of concern. From the perspective of system resilience, the mutually amplified phenomena between hazards are caused by the reduction of the ability of CPI to resist, absorb and recover from disruptive events . To some extent, the multi-hazard coupling effects can hinder the recovery of the system to the safety zone and intensify the attenuation to the collapse zone . As shown in Fig. , the hazard resistance slope decreases due to the occurrence of the secondary hazard, and the system performance degrades faster.