An accelerated wheel load testing program was conducted to evaluate the benefits of using
geosynthetics to enhance the performance of pavement constructed over soft subgrade. Six …

Geogrids have been investigated by a limited number of studies as a potential alternative to
steel reinforcement for Portland cement concrete (PCC), especially in situations where using …

Compaction quality control/assurance of unbound geomaterials is one of the crucial
components in pavement and embankment construction to ensure their performance …

This paper integrates and extends an earlier article presented at the 20th International
Conference on Soil Mechanics and Geotechnical Engineering. The generation of a stiffened …

This paper presents the findings from an ongoing research study that evaluated two recently
developed geosynthetic products: a triaxial geogrid and a high-strength woven geotextile for …

Geogrids have been increasingly used for stabilization of base courses and subgrade. In the
design of the geogrid-stabilized roads, the benefit of geogrids is usually quantified by a …

This study investigates the performance of geogrid-reinforced unbound pavement layer. In
this study, geogrid was used in various layouts and numbers using three different gradation …

The primary objective of this study is to develop a geocell-reinforced pavement composition
suitable for high-altitude roads using locally available materials and establish a correlation …

This study focuses on evaluating the effectiveness of using various geogrid products to
improve permanent deformation resistance in soft subgrade soils commonly encountered …

The availability of quality materials for construction has been an issue in some regions. This
scarcity obliged using marginal materials reinforced with geosynthetic materials as one of …