Critical slope stability analysis has proven to be a reliable technique which could be used in
gully erosion risk assessments. The integration of experimental and stability modelling has …

In professional practice, slope stability assessment of natural or man-made slopes is
performed using traditional limit-equilibrium-based methods. These methods often fail to …

The identification of ideal values for algorithm-specific parameters required for the
functioning of metaheuristic approaches at their optimum performance is a difficult task. This …

Limit-equilibrium method (LEM) and finite element method (FEM) with shear strength
reduction (SSR) technique are the most widely used analysis tools in slope stability …

Quarries are highly heterogeneous and constraining environments because of man‐
induced disturbances associated with soil erosion and shallow mass movements …

Purpose. To analyze the sliding from the geotechnical point of view and to identify the
plausible causes that influence it. Methodology. To analyze the sliding from the geotechnical …

One of the most common, effective and innovative ways to improve soft soil is to use stone
columns or lime columns. An extensive study has been conducted to find the effectiveness of …

Slope failures in mine overburden dumps are recurring incidents leading to the loss of life
and property. Since slope stability depends on several factors that may vary over a period of …

The primary aim of this research was to study the Engineering Geological characterization
and slope stability analysis of soils along the Blue Nile basin road section, Northwestern …

Slope failure has become a common phenomenon around the world, often taking a heavy
toll on human lives. Both, natural and man-made slopes created, are susceptible to failure …