In order to study the seismic response of the embankment slopes with different reinforcing
measures, shaking table tests were performed on three embankment slope models (ie …

This study embraces the formation of the limiting geometry of finite slopes under the static
and seismic conditions within the slip line theory framework coupled with the modified …

In this study, artificial neural network (ANN) and multiple regression (MR) models were
developed to predict the critical factor of safety (Fs) of the homogeneous finite slopes …

The fill is one important engineering measure to construct civil engineering, such as
highway, airport, etc. However, the slope instability of embankment is very complex, which …

Evaluating the seismic resistance of embankments using crushed mudstone as a
geomaterial is an urgent and crucial requirement. In this study, a ground investigation was …

It is common knowledge that snowmelt, excessive precipitation, naturally occurring or man-
made faulty applications, and static loading conditions can weaken slope stability, which can …

In this study, the performance of three different self organization feature map (SOFM)
network models denoted as SOFM1, SOFM2, and SOFM3 having neighborhood shapes …

In order to ensure structural safety and integrity in earthquake conditions, it may be useful or
even necessary to increase the seismic safety of the highway embankments with …

A combination of a gravity wall and an anchor beam is widely used to support the high soil
deposit on rock mass. In this study, two groups of shaking table test were performed to …

Strong motion records taken during earthquakes in Turkey are used to calculate Newmark
displacements in slopes. These displacements are then utilized in developing a novel …