The results of slope seismic safety evaluation are affected by the uncertainty of geotechnical
material parameters, seismic dynamic characteristics, safety evaluation indexes and other …

The Newmark-type predictive models are extensively used to estimate earthquake-induced
sliding displacements (D) of slopes. Most existing models are designed for shallow slope …

Seismic reliability analysis of actual slopes considering the spatial variability of soil materials
is crucial. However, for the discretization of large-scale random fields, high-precision finite …

High-speed train operation may cause vibration near track facilities and propagate far
through the ground, affecting people's lives, work, and normal use of precision instruments …

Conventional semiempirical predictive models for seismically induced slope displacement
(D) are generally developed based on as-recorded orthogonal ground motion components …

Earthquake ground shaking intensity differs at different azimuthal orientations (ground
motion directionality), which could also result in orientational variations in earthquake …

Seismic fragility assessments that predicts the exceedance probabilities of predefined limit
states of a structure subjected to earthquakes are widely used to reduce economic losses …

The excavation of a super-large foundation pit is a greatly risky project in coastal water-rich
silt strata, and it is of great significance to establish a numerical model to analyze and predict …

The ground vibration caused by the operation of high-speed trains has become a key
challenge in the development of high-speed railways. In order to study the train-induced …

After shocks trigger or worsen landslides by exacerbating damage to slopes. In this study,
slope sliding displacements induced by seismic sequences were calculated. The combined …