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 …

Seismic fragility represents conditional probabilities of exceeding various limit states of an
engineering system under a range of seismic hazard levels, which is a prerequisite …

Accurate prediction of structural responses under seismic action is important for the
performance assessment of structures. However, depending on the variability of the …

The randomness of material parameters and earthquake excitation greatly impacts the
seismic stability of high concrete-faced rockfill dam (CFRD) slopes. However, no research …

Deep foundation pits involving complex soil–water-structure interactions are often at a high
risk of failure under heavy rainfall. Predicted deformation is an important index for early risk …

Accurate and fast prediction of structural response under seismic action is important for
structural performance assessment, however, existing deep learning-based prediction …

To address existing methodological limitations, a novel method for constructing a simulation
surrogate model for a spiral shaft is proposed based on a double-layer progressive …

The frequent occurrence of regional conflicts and occasional explosions poses a severe
threat to the operational safety of underground tunnels. To this end, a detailed resilience …

This study proposes a rapid seismic resilience assessment framework of tunnels in
mountain regions considering the topography amplification effect and tunnel-soil dynamic …

Underground structures with large openings (USLO), especially those that allow natural light
and fresh air, have emerged as alternatives to mitigate the weaknesses of traditional …