The growing need to develop infrastructure, driven by global population explosion is forcing
construction on all types of soils, including weak/marginal soils. However, due to the poor …

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

In the recent past, the potential benefits of wraparound geosynthetic reinforcement
technique for constructing the reinforced soil foundations have been reported. This paper …

Existing studies confirmed that the response of geocell-reinforced beds is directly affected by
contributory factors, including soil's grains, geocell's characteristics, and surface loading …

One of the most useful geosynthetics in soil reinforcement is geogrid due to its high tensile
strength, having a great influence on soil skeleton reinforcement and eventually, increasing …

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

To study the settlement and dynamic response characteristics of shallow square footings on
geogrid-reinforced sand under cyclic loading, 7 sets of large scale laboratory tests are …

To reveal the deformation mechanism during tunneling in deep soft ground, triaxial
unloading confining pressure tests and triaxial unloading creep tests were carried out on …

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 …

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 …