Slope failures lead to catastrophic consequences in numerous countries and thus the
stability assessment for slopes is of high interest in geotechnical and geological engineering …

Stability of the soil slopes is one of the most challenging issues in civil engineering projects.
Due to the complexity and non-linearity of this threat, utilizing simple predictive models does …

Ring foundations are widely used to support various types of offshore structures because of
the cost-effective reason. Unlike the traditional circular foundations, very few studies were …

This paper focuses on the bearing capacity of vertically loaded rigid footings adjacent to
slopes with spatially random soil by performing random adaptive finite-element limit …

Retaining walls are sometimes unavoidably constructed near existing stabilized structures to
maintain stability of narrow retained c-ϕ soils. Although some analytical approaches have …

In this paper, new limit analysis solutions for the bearing capacity of ring foundations on rock
masses are presented, where the Hoek–Brown yield criterion is used as a failure criterion for …

New limit analysis solutions for the end bearing capacity of annular foundations in clay with
linearly increasing shear strength are presented in the paper. The strength profile of clay …

In this paper, a neuro particle-based optimization of the artificial neural network (ANN) is
investigated for slope stability calculation. The results are also compared to another artificial …

The bearing capacity of shallow foundations may decrease when located near slopes,
particularly under seismic conditions. However, there is limited work that isolates the …

In this study, we employed various machine learning-based techniques in predicting factor
of safety against slope failures. Different regression methods namely, multi-layer perceptron …