Construction and demolition (C&D) waste and scrap tires contribute to huge portions of the
waste generated worldwide. One of the most effective and practical ways to eliminate the …

The mechanical and microstructural properties of problematic silty clay (SC) stabilised with
fly ash (FA) based geopolymer and blast furnace slag (BFS) replacement are presented in …

Very limited research has been conducted to examine the shear behaviour of blended
recycled waste materials using the large direct shear testing apparatus. In this study, a …

This paper provides a more realistic representation of the soil-geogrid interface in indirectly
activated geogrids. A new testing apparatus is designed using transparent soil that allows …

This research evaluates the shear strength properties of unreinforced and geogrid-
reinforced ladle furnace slag (LFS), electric arc furnace slag (EAFS) and a blend comprising …

Reinforced soil structures are often subjected to both static and dynamic loads. However,
experimental data concerning the interaction of soil–geosynthetic interfaces under normal …

Recycling waste materials for transport infrastructure such as coal wash (CW), steel furnace
slag (SFS), fly ash (FA) and recycled tyre products is an efficient way of minimising the …

This paper presents a laboratory study on alleviating the deformation and degradation
(breakage) of ballast subjected to impact loads using geogrids and rubber mats. A series of …

Mechanical and hydraulic properties of recycled concrete aggregate (RCA) were evaluated
for use as backfill in mechanically stabilized earth (MSE) walls. Large-scale drained triaxial …

The shear strength is one of the most critical mechanical properties influencing pavement
rutting performance for unbound granular aggregates. Very limited research has examined …