In the last few years, the use of geocell reinforcements in various infrastructural projects has
gained importance due to its positive benefits. This paper reviews the developments and …

The ever increasing infrastructure development requires adequate and competent ground,
which is becoming scarce at present. Thus, develo** techniques for improving the weak …

The manuscript aims to provide numerous insights into the behavior of the geocell
reinforced bed subjected to a vibration load. Vibration propagation mechanism …

The results of the laboratory investigation performed on clay beds reinforced with natural
(bamboo) and commercial (geosynthetics) reinforcement materials are reported in this …

The performance of geosynthetic-reinforced embankments under traffic moving loads is
always a hotspot in the geotechnical engineering field. A three-dimensional (3D) model of a …

A series of laboratory model tests was performed to investigate the behavior of geosynthetic
reinforced stiff clay foundation systems under circular loading. The footing consisted of a …

This paper describes load-carrying characteristics of a series of large-scale steel square
footing tests performed on sand reinforced with two types of reinforcement methods. These …

This paper presents a study of the load-deformation behavior of geocell-stabilized
subballast subjected to cyclic loading using a novel track process simulation apparatus. The …

In this paper, a double-beam model of a composite working system including an upper
pavement structure under traffic loads, an embankment fill layer, a geosynthetic-reinforced …

Major factors that influence the design of paved and unpaved roads are the strength and
stiffness of the pavement layers. Among other factors, the strength of pavements depends on …