The strength and deformation properties of maritime geotechnical structures made primarily
of calcareous sand are critical for project safety, and geogrid reinforcement is a promising …

The analyses of load carrying capacity of shallow footings, located on semi-infinite
horizontal surface, have been dealt at large by various researchers. With the growth in …

This paper investigates the influence of geogird reinforcement on slope deformations and its
stability under a limited width of surcharge (strip footing with width of 140 mm) on the crest. A …

This paper describes a series of laboratory model tests performed on strip footings
supported on 3D and planar geotextile-reinforced sand beds under a combination of static …

The present study investigates the influences of spatial variability and randomness of the
soil strength parameters on the load-settlement response of a strip footing placed on a …

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 …

In many cases, the soil in Nasseriyah, Iraq, is not suitable to support the shallow foundations
of low to medium rise buildings without improvement or replacing the founded layer with a …

The paper presents the results of laboratory model tests on bearing capacity behaviour of a
strip footing resting on the top of a geogrid reinforced flyash slope. A series of model footing …

This paper investigates the effect of geogrid on controlling the stability and settlement of high
railway embankments using laboratory testing and finite element modeling. To do this, five …

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 …