This paper presents the effect of a new type of geogrid inclusion on the bearing capacity of a
rigid strip footing constructed on a sand slope. A broad series of conditions, including …

The present paper presents the results of three-dimensional finite element analyses of
bucket foundations in normally consolidated uniform clay under undrained conditions. The …

In the past, several experimental and theoretical studies have been carried out to evaluate
the ultimate bearing capacity (UBC) of geosynthetic-reinforced sandy soil foundations …

Interaction parameters between soil and the reinforcement used in the design of reinforced
soil systems, such as mechanically stabilized earth (MSE) walls, can be evaluated by …

A wide variety of factors can influence the bearing capacity (BC) and the settlement of
foundations constructed in weak soils; therefore, a number of solutions have been thus far …

This study evaluates the effects of a water table on the behaviors of a geogrid reinforced soil-
footing system on marine soft soil layers in Qeshm Island, Iran. The main aim of this research …

In this paper, an experimental study for an eccentrically loaded circular footing, resting on a
geogrid reinforced sand bed, is performed. To achieve this aim, the steel model footing of …

Distributed fiber optic sensing (DFOS) is gaining increasing interest in geotechnical
monitoring. By using soil-embedded fiber optic cables, strain profiles as well as deformation …

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 pullout resistance of reinforcement, such as geogrids in mechanically stabilized earth
(MSE) walls, includes the skin friction between the soil and solid geogrid surfaces. It also …