Many researchers have conducted laboratory studies for assessing the interaction
mechanism of soil and geosynthetics and have shown that the performance of flexible …

The benefits of using geosynthetics to enhance the performance of pavement constructed
over soft subgrade was evaluated using cyclic plate load testing. A total of six test sections …

As an effective method to explore the interaction mechanism between aggregate particles
and geogrids, a large-scale direct shear test was employed to study the shear behavior of …

While there is significant field evidence of the benefits of geosynthetic-reinforced asphalt
overlays, their use has focused on minimizing the development of reflective cracks. Yet …

Finite element (FE) models were developed to evaluate the benefits of geosynthetic
reinforcement in flexible pavements built over weak subgrades. The parametric study was …

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 …

The common cause of failure of the unpaved road is associated with undesirable ruts and
deformations. Use of geosynthetic reinforcement is a solution to this pavement distress …

This study evaluates the performance of geosynthetic-reinforced unpaved road sections
over soft subgrade using plate load test. The parameters investigated included the location …

A finite-element response model was developed using ABAQUS software package to
investigate the effect of geogrid base reinforcement on the response of a flexible pavement …

Improving soft subgrades in road construction is essential for efficient machinery use,
reducing gravel layer thickness, and enhancing pavement performance. Traditional methods …