The geotechnical shortcomings observed in infrastructure projects, mainly arising from the
inadequate mechanical properties of weak soils, pose significant challenges that can lead to …

This study investigates the performance of sustainable use of recycled-glass powder (GP) in
soil improvement. The porosity/cement ratio (η/C iv) and curing time are employed to study …

Methodologies for dosing fine/coarse-grained soils with cement using the porosity/cement
ratio (η/C iv) have mainly focused on the nonoptimal compaction conditions to calculate the …

Recently, several studies introduced alternative binders or waste-based geomaterials that
can be incorporated into the soil to enhance a parent soil's strength, durability, and stiffness …

Tensile cracks are the first failures to appear in shallow foundations and pavement layers.
Although cementing agents, such as cement, increase the tensile strength considerably …

Artificial cementation of granular soils results in improved stabilization, increased stiffness,
and greater mechanical strength. The porosity index and volumetric cement content η/Civa …

This study explores the potential of glass polishing waste (GPW) in improving clayey soil
from the Guabirotuba formation. The research stands out by developing a novel geomaterial …

Fine, expansive, and problematic soils cannot be used in fills or paving layers. Through
additions to these soils, they can be converted into technically usable materials in civil …

The porosity/cement ratio (η/C iv) was employed in this research to study the evolution of
unconfined compressive strength (UCS or qu) and split tensile strength (STS or qt) of a silty …

Existing empirical models for predicting the unconfined compressive strength (UCS) of
cement-treated soils (CTS) are based on specific soil–cement types and a limited set of …