It was 35 years ago since the first usage of Artificial Intelligence (AI) technique in
geotechnical engineering, during those years many (AI) techniques were developed based …

This paper presents the results from a laboratory modeling tests and numerical studies
carried out on circular and square footings assuming the same plan area that rests on …

The phenomenon of soil liquefaction is one of the most complex and interesting fields in
geotechnical earthquakes that has drawn the attention of many researchers in recent years …

The bearing capacity of strip footings is significantly influenced by uncertainties related to
the footing, soil conditions, and load inclination. Given the inherent unpredictability in footing …

This research investigates the bearing capacity of a ring-shaped foundation on layered sand
reinforced with a geogrid at the interface. The study employed lower and upper-bound limit …

In geotechnical engineering, the stability of rigid footings under eccentrically inclined loads
is an important issue. This is because the number of superstructures has increased and the …

This paper deals with the bearing capacity determination of strip footing on a rock mass in
hilly area by considering the influence of inclined and eccentric loading. Applying the …

Ring footings are suitable for the structures like tall transmission towers, chimneys, silos and
oil storages. These types of structures are susceptible to horizontal loads (wind load) in …

The paper presents the prediction of ultimate bearing capacity of different regular shaped
skirted footing resting on sand using artificial neural network. The input parameters for the …

An experimental investigation is undertaken to understand the effect of eccentrically and
obliquely loaded ring footing resting on geocell-reinforced sand. The effect of various types …