It is of great significance for disaster prevention to study the influence of mainshock-
aftershock sequences on reliability of the soil slope. Considering the uncertainty of the …

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

This paper presents a numerical-based seismic displacement analysis for slopes
considering the spatial variability of soils. Two generic slope models are developed based …

Seismically induced landslides can often cause severe human and economic losses.
Therefore, it is worth assessing the seismic performance of slopes through a reliable …

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 …

The footing-on-slope system is very complicated since it is governed, in part, by both the
bearing capacity and slope stability. The material point method (MPM), which is specifically …

The computational effort places a limit on the low failure probability estimate of geotechnical
engineering exposed to seismic stimulation. In this research, a novel method is proposed for …

It is acknowledged that various sources of uncertainties play a vital role in the seismic
vulnerability of slope systems, while many studies ignore these sources in seismic …

The spatial variability of soil properties is pervasive, and can affect the propagation of
seismic waves and the dynamic responses of soil–structure interaction (SSI) systems. This …