... sand ( RS ), derived from the washing of construction and demolition waste, has emerged as a promising substitute for geotechnical applications. This study examines the interface behaviour of RS and NS reinforced with ten types of geosynthetics using large-scale direct shear ( LSDS ) testing...

... grain size and surface roughness of textured geomembrane was not investigated. The surface interaction between soil and geosynthetics, like smooth or textured geomembranes, depends on the surface roughness of the geosynthetic layer. Adeleke et al. (2021) and Abdelaal and Solanki (2022...

... of geosynthetic-reinforcement stabilised material was found to be higher than the unstabilised granular material. Deshmukh et al. (2021) presented the benefits in terms of improving the composite in situ modulus and California bearing ratio (CBR) value of the granular layer using LWD and field CBR...

...B. Indraratna; M. A. Shahin; W. Salim Railway ballast breaks down and deteriorates progressively under train cyclic loading, and soft formation soil fails due to repetitive stress, leading to costly rail track maintenance. Using geosynthetics, track conditions can be improved and maintenance costs...

... testing. The possible use of different types of geosynthetics to improve the performance of fresh and recycled ballast was also investigated. The research findings showed that the inclusion of geosynthetics improves the performance of ballasted tracks. Le ballast et son comportement mécanique ont une...

...M. I. M. Pinto This paper gives an overview of the main applications of geosynthetics in soil reinforcement. It provides a pointernal to other sources of information for those who are interested in this topic and wish to go deeper into it. After a short section dealing with geosynthetics...