Cement-treated sand reinforced with fiber (CTSF) has been extensively utilized as the base
and subbase layers in road and pavement applications to enhance the mechanical …

Encountering weak fine-grained soil presents a significant challenge during highway
construction. The conventional approach to address this challenge involves incorporating …

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

Artificial sand cementation improves stability, stiffness, and mechanical strength, making it a
critical process in geotechnical applications. This study analyzes the capability of the …

The porosity-to-cement index (η/Civ) has been extensively applied to study the evolution of
different types of soil stabilization. However, this index has still not been used to characterize …

Quality control assessment of cemented pavement layers typically involves extracting cores
and subjecting them to unconfined compression tests. This research focuses on evaluating …

Rice husk ash (RHA) is an excellent pozzolana and associated with hydrated lime (HL), it
becomes an alternative binder to Portland cement in soil stabilization. In the context of waste …

The relevance of the study is conditioned by the urgent need for the practical derivation of
clear criteria for assessing the degree of influence of certain materials used in road …

Lately, dry stacking of filtered tailings has emerged as a safer alternative to traditional slurry
disposal in ponds as it comprehends the compaction of the unsaturated cake to form piles. A …

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 …