The landslide susceptibility assessment (LSA) of bedrock and overburden layer slopes
subjected to earthquake action remains a challenging issue. In this study, an LSA method …

The seismic permanent displacement is an essential aspect to evaluate the seismic stability
of slope. The conventional Newmark block method commonly adopts a constant yield …

This study introduces a new stability analysis method of 3D slopes under the earthquake
forces by combining the minimum potential energy method with pseudo-dynamic method. A …

Rainfall infiltration is a key factor to induce landslides, and it is important to study the rule of
rainfall infiltration on slopes for the prediction and prevention of landslides. This paper …

The present study focuses on investigating the effects of soil rotated anisotropy and spatial
variability on slope failure in seismic conditions. The random finite element method aided by …

Slopes are prone to instability during earthquakes, which will cause geological disasters
such as landslides and pose a great threat to people's lives and property. Therefore, it is …

Currently, the study of analytical solutions for the seismic stability of slopes under anchorage
conditions is one of the hottest subjects in engineering. In this paper, an analytical solution …

Horizontal drains have been widely installed along expansive soil slopes to maintain slope
stability. However, these drains typically get clogged with clay particles after several years of …