The complexities of scaling have long presented challenges in applying small-scale test
results of geocell-reinforced footings to field conditions in geosynthetic engineering. There …

In today's constructions, soil weakness in shear and tension is important. Geogrid is a
common solution for improving bearing capacity for soil reinforcement with geotechnical …

This study aims to investigate polymeric geogrid's possibility in improving the maximum load-
carrying capacity of strip footings lying on the pond ash. Model tests were carried out in a …

The existing geogrid constitutive model does not consider its damage effects under high
stress. To analyze the mechanical properties (creep and stress relaxation) of geogrids under …

Most research studies on the behavior of footings on geocell-reinforced slopes were
conducted using experimental model tests on small-scale slopes. Very few studies can be …

Most forest roads are unpaved, connecting rural and forest areas and enabling access for
firefighting and commercial purposes. Low traffic levels lead to reduced functional demands …

The effect of the geocell layer and the geocell with geogrid layer on the settlement Behavior
of sand under static and cyclic loads is investigated in this experimental study. The …

In the present study, earthquake response of a pond ash deposit with and without geocell
reinforcement has been investigated with the help of open system for earthquake …

One of the main difficulties faced in infrastructure expansion is the world's population growth,
which leads to construction of large buildings on all types of soil, including soft soils. This …

The bearing capacity estimation of surface footings using various methods has always been
an essential issue in soil mechanics and foundation engineering [1-2]. Evaluating the actual …