The current study aims to assess the influence of EPS beads inclusion on the strength
properties of stabilized poorly-graded sands. Various contents of zeolite and cement as …

The large-scale promotion of steel slag (SS) in pavement construction remains challenging
due to the concern of swelling potential. This study combined molecular dynamics …

This study investigates the replacement of conventional stabilizers with eco-friendly
alternatives, with a specific focus on enhancing pavement subgrade applications. This …

Marl clays with varying levels of calcite content often exhibit more erratic behavior compared
to other problematic soils, especially when exposed to repetitive Freeze-Thaw (FT) cycles. It …

Rammed earth (RE) structures are cost-effective and eco-friendly substitutes for low-rise
buildings, but their low compressive and tensile strengths are a concern. Cement …

Industrial solid waste (slag, desulphurization gypsum, fly ash) and construction soil
architecture residue soil are used to solidify dredged silt to develop a novel cover material …

Zeolite is often exploited to reduce the consumption of lime in the treatment of problematic
clays and to help further enhance the soil stabilisation process in pavement base and …

Stability of reinforced retaining structures under a variety of surficial loadings is of particular
significance in geotechnical engineering practice. In the current study, adopting the well …

In view of the specialized climatic conditions in high-cold and high-altitude regions, the
direct, repeated freeze-thaw and freezing processes resulting from diurnal and seasonal …

Some laterite soil is an inferior material for engineering applications such as road and
highway pavement, dam construction and filling material. Laterite soil stabilization is …