The paper presents a systematic review of the research advancements on the resilience of
urban metro systems from the perspective of earthquake engineering. The review covers the …

Urban underground space (UUS) has become an integral component of modern cities.
However, its vulnerability to inundation results in flood disasters occurring in UUS worldwide …

Communities depend on critical infrastructure systems to support their regular operations
and future development. Destructive events, such as natural disasters, threaten to disrupt …

Real-world systems are often exposed to shocks likes earthquakes and hurricanes during
service life, and these shocks may occur multiple times. However, existing studies lack …

The subway system is experiencing significant waterlogging challenges due to climate
change and urbanization, and the enclosed underground structure makes this issue worsen …

Experience from past earthquakes has demonstrated the need to account for design goals
beyond safety, known as functional recovery objectives, in the interest of community …

Full-assembled underground station (FUS) uses precast single-walled structure replacing
traditional double-walled structure with overlapping diaphragm and exterior walls. The …

With urban residents' increasing reliance on metro systems for commuting and other daily
activities, extreme weather events such as heavy rainfall and flooding impacting the metro …

As the main structural bodies of underground facilities such as subway stations, frame tunnel
structures play an important role in urban development and construction. In recent years …

Tunnels are critical infrastructure for the sustainable development of urban areas worldwide,
especially for modern metropolises. This study investigates the effects of salient parameters …