The effective interaction mechanisms in the pullout resistance of reinforcements include skin
friction mobilized at the soil-solid surface, soil-soil shear resistance, and compressive …

In slope stability analysis, the high degree of uncertainty associated with design parameters
has led to increasing use of reliability-based approaches as a means of evaluating the …

Mechanically stabilized earth (MSE) walls have become more popular among the existing
options for implementing retaining walls worldwide. Specifically, geotextiles have been used …

The soil reinforcement by geosynthetics has been extensively applied in covers and liners of
landfills. The stability of this structure is especially dependent on the effectiveness of the …

This paper presents a numerical parametric study on behavior of bearing reinforcement
earth (BRE) walls with different backfill properties using the finite-element method software …

In the internal stability design of reinforced soil structures, the existing design provisions
consider only axial pullout of the reinforcement. However, the kinematics of deformation …

The bearing reinforcement system has been invented as a cost-effective earth reinforcement
and comprises a longitudinal member and a set of transverse members. This research was …

In recent years, the application of geogrid in reinforced soil structures, including
mechanically stabilized earth walls, has remarkably increased. In earthen structures …

This paper presents the case study of a collapsed riverbank protection structure, located in
the curvature of the watershed along the Pasak river in Saraburi province, Thailand …

Geosynthetics have increasingly been applied to geotechnical engineering works due to
their numerous advantages, including cost-effectiveness and their significant role in …