Though it is known that the geometric features of geogrids are crucial for deriving optimal
interface shear strength, not much work is done to optimize the size and shape of the …

With the increase of mining depth, the geothermal temperature in deep stopes has becomes
one of the significant factors affecting the mechanical strength and stability of cemented …

Large-scale laboratory equipment was developed to assess interaction between soil and 3-
D honeycomb shaped geocell reinforcement under normal and interface shear stress. An …

A numerical simulation of geocell-reinforced foundation beds is reported. The three-
dimensional geocells and soil are simulated separately using FLAC 3D Finite Difference …

The smooth surface texture of the commercially available geogrids limits the shear strength
mobilization at the interfaces. This study presents the design, manufacturing, and interface …

The main interaction mechanisms affecting the pullout resistance of geogrids embedded in
soils are the skin friction between soil and reinforcement solid surface and the bearing …

The investigation of cyclic shear interaction at the geosynthetic–soil interface is of great
importance because it is ubiquitous in reinforced soil structures under seismic loading …

Geosynthetics reinforced soil techniques are adopted to reinforce the calcareous sand
foundations to improve the stability of the revetment structures in coral reefs. In this research …

This paper investigates the effect of reinforcement forms on the interface shear strength of
geosynthetic-reinforced granular soil by conducting a set of large-scale direct shear tests …

This research describes results of pullout tests performed on two new systems to reinforce
the fine-grained silica sand classified as SP in the Unified Soil Classification System. The …