Glass waste in soil stabilization is a promising use as a precursor of forming geopolymers
and avoid its discard in landfills as well as decreasing the consumption of traditional binders …

Recent studies present the effects of freeze–thaw cycles (F–T) and porosity/cement ratio
(η/C iv) on the strength and durability of chemically stabilized soils. However, the effects of …

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 …

Soils from the superficial layers of the Guabirotuba formation (in Brazil) are problematic due
to their expansive and low-bearing capacity. Stabilizing these soils with a calcium-based …

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 strength of lime-cemented soils has received significant attention in previous studies.
However, limited research has focused on studying soil mixtures for extended durations …

The initial weight and volume relationships are crucial factors in determining the strength,
stiffness, and durability of cement-stabilized soils. The porosity/binder ratio has been widely …

Due to economical and environmental issues, utilization of mineral wastes, eg iron ore mine
tailing (IOMT), as road materials can be recommended as a sustainable alternative. In the …

The sustainable use of resources requires new strategies to transform industrial byproducts
into raw materials for other applications. This approach, inspired by circular economy …

This study aims to verify the feasibility and effectiveness of an automatic feeding system in
the ceramic clay-forming process. Through a series of clay-forming experiments, the …