Bearing capacity of shallow strip foundations placed over both unreinforced and reinforced
granular soils and subjected to combined loading is calculated by implementation of upper …

Geosynthetics-reinforced soil (GRS) foundation can improve the bearing capacity of the
foundation and reduce the settlement of the footing, which has been widely applied to the …

The paper aims to evaluate the pseudostatic seismic bearing capacity of shallow
foundations on geosynthetic-reinforced granular soil subjected to inclined/eccentric …

In varieties of coastal soil, deep foundations, particularly pile foundations, are used because
the soil in these areas may be subjected to numerous factors that change the engineering …

Many earlier studies were focused on testing different types of geosynthetics to investigate
effect of reinforcement on bearing capacity, but the effect of tensile strength on the failure …

Geogrids have been commonly used in reinforced soil structures to improve their
performance. To investigate the geogrid reinforcement mechanisms, discrete element …

In this study, the ultimate bearing capacity of shallow strip footings resting on a geosynthetic-
reinforced soil mass subjected to inclined and eccentric combined loading is rigorously …

The complexities of scaling have long presented challenges in applying small-scale test
results of geocell-reinforced footings to field conditions in geosynthetic engineering. There …

In this study, an experimental investigation has been conducted on a circular footing model
subjected to eccentric load resting on the geonet-reinforced sand. To this end, five series of …

In this pioneering study, the performance of an eccentrically loaded strip footing on geocell-
reinforced sand was assessed with instrumented laboratory model tests in terms of pressure …