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 manuscript describes the results of large scale field tests and numerical studies
conducted on geosynthetics reinforced soil beds supporting model machine foundation. A …

The reliable estimation of displacement amplitude is the prime factor for the design of geo-
structures supporting the vibration loads. Currently, very subtle knowledge is available to …

This paper investigates the isolation efficacy of geocell-reinforced foundation beds infilled
with different materials through a series of block resonance tests. The geocell made with a …

This paper presents experimental results of laboratory model tests of geosynthetic reinforced
highway base layers subjected to repeated loads. The potential benefit of geocell and …

The present article constitutes an experimental investigation of the behavior of buried PVC
pipes. A number of laboratory experiments were conducted using PVC pipes which were …

Weak subgrades are the common problem in road construction and these weak subgrades
lead to large deformation resulting in rutting failure of the pavement structure. These days …

This paper investigates numerically the potential use of cellular confinement systems in
isolating the machine induced vibrations. The numerical analysis was carried out using the …

The study discusses the potential use of geosynthetics in isolating the ground vibration
emanated from the vertical mode dynamic excitation. A field study was conducted to …

Adopting cohesive soil as geocell-pocket infill materials is not fully accepted by researchers
in the field of road engineering. The cohesion that may inhibit the lateral limitation of …