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 …

Tunnel portals, particularly within seismic-prone areas, are highly susceptible to seismic
damage, highlighting the crucial need for seismic fortification at portal slopes. To explore the …

Under the coupling action of horizontal and vertical deformation of a ground fissure site
caused by earthquakes, the column of a subway station intersecting a ground fissure (SSIF) …

Particular dynamic properties of ground fissure sites pose a substantial threat to the safety of
underground structures, especially for linear structures (eg, subway stations, tunnels and …

Engineered cementitious composite (ECC), a cement-based composite material known for
its high tensile strain and ductility, was utilized to enhance the seismic performance and …

This paper aims to investigate the dynamic response characteristics of subway station under
earthquakes. To this end, seismic waves are transformed into equivalent nodal loads on …

Based on an underground structure located at a soft loess site in Xi'an as the engineering
background, this paper investigated a seismic response and damage model of subway …

To investigate the effect of fluid-solid coupling on the seismic performance of underground
structures in water-saturated soil, a comparison study is conducted in this paper on three …

In areas with high seismic activity, enhancing the seismic performance of subway station
structures is of paramount importance. This paper presents a novel approach involving the …

With the development of the Chinese economy and society, the height and density of urban
buildings are increasing, and large underground transportation hubs have been constructed …