This paper presents an analytical method for determining the modulus improvement factor
(MIF) in geocell-reinforced soil layers. Using a modified version of the hyperbolic soil model …

This paper summarizes the results from a series of large scale cyclic model load tests on
geocell reinforced and unreinforced homogeneous sand subgrades. The sand subgrades …

This paper presents a field-scale experimental track over a poor subgrade with an
unreinforced section and a geocell-reinforced section subjected to in-situ performance tests …

This paper presents a methodology for determining the surface settlements of the geocell-
reinforced soil layer and the vertical stresses propagated to the foundation subgrade at the …

Geosynthetics are found to be advantageous for the improved performance of the
pavements in terms of reduced permanent deformation, increased load carrying capacity …

Nowadays, geosynthetics offer cost-effective and sustainable materials for pavement
construction which enhance pavement performance. As the geosynthetic layer acts as a …

Geocélulas são geossintéticos tridimensionais que reforçam o solo, pelo acréscimo de
confinamento, aumentando a sua rigidez e reduzindo a deformabilidade da camada …

O uso de geocélulas tem um grande potencial a ser explorado em aplicações para reforço
de infraestrutura de transporte, principalmente por permitir maior desempenho do …

Rapid industrialization and urbanization lead to various forms of waste materials such as
construction and demolition waste, industrial by-products, waste tyres, etc. In some cases …

Rapid industrialization and urbanization lead to various forms of waste materials such as
construction and demolition waste, industrial by-products, waste tyres, etc. In some cases …