Bump problems at the bridge approach cause riding discomfort and result in safety issue to
the road users. The Geosynthetic Reinforced Soil-Integrated Bridge System (GRS-IBS) is a …

Geocells are commonly adopted in various engineering constructions, such as railways and
ports. Currently, the reinforcement effects and mechanisms of geocells in engineering is …

This paper presents an experimental study of the load bearing behavior of geosynthetic
reinforced soil (GRS) bridge abutments constructed on yielding clay foundation. The effects …

The bearing capacity of a strip footing located on geocell-reinforced sand under different
eccentric loads has been evaluated by performing a series of physical modeling tests. The …

The beneficial effects of geocells on improving the soils' characteristics have always drawn
researchers' attention. However, due to the geocell's large scale, more accurate analyses …

The bidirectional cyclic shear characteristics of geogrid-soil interface is more useful for the
analysis of the seismic response of reinforced soil structures. The effects of bidirectional …

In this paper, the use of geotechnical centrifuge and numerical modeling techniques to
investigate the influence of geogrid reinforcement and EPS interlayer on the lateral earth …

This study explores the impact of various factors on the seismic behavior of
geogridstrengthened soil walls. The research involves modifying soil properties like friction …

Soil contaminated with oil is one of the most dangerous contaminants which can lead to
irreparable damage to the environment. Since the removal of pollution from the soil is costly …

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 …