Geosynthetic reinforced soil (GRS) structures have gained popularity in replacing concrete
rigid piles as abutments to support medium or small-spanned bridge superstructures in …

The paper reports numerical model details and predictions of the end-of-construction
performance for two instrumented and well-documented mechanically stabilized earth …

This study analyses two full-scale model tests on mechanically stabilized earth (MSE) walls.
One test was conducted with a rigid and one with a flexible wall face. Other parameters were …

This study numerically investigates the influence of foundation conditions, in combination
with other factors such as wall height and reinforcement and facing stiffness, on the …

This paper aimed to verify numerical modelling of compaction-induced stress (CIS) for the
analysis of geosynthetic-reinforced soil (GRS) walls under working stress conditions. Data …

This study numerically investigated the combined effect of reinforcement and facing stiffness,
wall height, and toe resistance on the behavior of reinforced soil (RS) walls under working …

In the current paper, using experimental studies and numerical analyses, the effect of
surcharge width on the behavior of geosynthetic-reinforced soil (GRS) walls is evaluated …

Engineered fabrics have gained special attention from all quarters due to their adaptability
for unconventional applications. Engineered fabrics are used in a range of technical …

The combined effect of toe resistance and facing inclination on the behavior of GRS walls
was considered using the results of two large-scale GRS walls carried out with different …

Reinforced soil or mechanically stabilized earth (MSE) wall structures offer straightforward
construction techniques as an alternative to conventional retaining earth walls. The benefits …