Soil reinforcement is increasingly applied in many geotechnical applications due to its high
performance and justified costs than other alternatives. Footings are frequently located close …

In practice, footings may be constructed near each other which results in an interaction
between foundations and leads to significant effect on bearing capacity (BC), failure …

This paper examines the undrained vertical bearing capacity of a ring rough footing
embedded in heterogeneous soil. Stability solutions for a wide range of geometric and …

The pressure-settlement response and failure mechanism behavior of two interacting rigid
rough identical footings resting on geocell-reinforced sand is investigated using finite …

This paper presents a three-dimensional discrete numerical analysis associated with the
interaction of geogrid and surrounding soils in geogrid-reinforced sand foundations under …

In practical scenarios, it is common to encounter adjacent reinforced concrete (RC) footings
that have different loads and shapes near the top of a stabilized slope. The proximity of …

For footings located on or near a slope, the slope face acts as a finite boundary that leads to
an inadequate development of the resisting passive zone. Depending upon the footing …

The ultimate bearing capacity of foundation placed on a slope is significantly affected by its
vicinity to the slope face, which offers substantially lesser passive resistance as compared to …

The presence of a rigid layer underlying a soil bed layer supporting twin footings affects the
footing bearing capacity and settlement. In this study, the bearing capacity and settlement of …

In practice, the interference influence caused by adjacent footings of structures on geo-
reinforced loose soil has a considerable impact on their behavior. Thus, the goal of this …