Due to complexity and a variety of influential factors, interactions at the soil-reinforcement
interface are still not fully understood. In current research, pullout tests are conducted to …

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 …

The paper examines the efficacy of using small, welded metal plates (pegs) in enhancing
the pullout resistance of commercially available geogrids. Soil deformations and particle …

Geosynthetics are revolutionary products and has tremendous uses in the field of road
construction and are widely used as reinforcement to increase the strength of soil/Slope …

This paper presents the results of a laboratory and numerical study on the effects of cement
treatment of the interface between geotextile and sand on the bearing capacity of a …

This study presents an effort to quantify the effects of geogrid reinforcement in the unbound
granular base through laboratory testing. Two laboratory tests, the large-scale cyclic shear …

Distributed fiber optic sensing (DFOS) is gaining increasing interest in geotechnical
monitoring. By using soil-embedded fiber optic cables, strain profiles as well as deformation …

In current study, large-scale pull-out tests were conducted to examine the behavior of a
novel reinforcement system named “Pegged Geogrid”(PG) under pull-out loading condition …

This paper presents interaction experiments with transparent soil to investigate the load
transfer at the interface of different geosynthetic reinforcements. Microscopic interaction …

A series of laboratory tests were conducted to investigate the effect of the three-dimensional
arrangement of geotextile strips on the load-bearing capacity of a strip foundation on sand …