Nanotechnology has been with us as a science since the first nanoscale features were
observed under a microscope. Nanotechnology is an emerging technology and one of the …

Cement stabilization is a well-established ground improvement technique. However, there
have been limited investigations aimed at the effect of heterogeneous soil types with varying …

In the current study, the durability of a clayey-sand stabilized with copper-slag (CS)-based
geopolymer and alkaline activator solution (AAS) is investigated in freezing–thawing (F–T) …

The behavior of soil reinforced with barley straw fibers was investigated in the current study.
Several static triaxial tests were performed to assess the mechanical behavior of Babolsar …

To design reinforced soil structures with random fiber distribution, composite models are
used. In these models, reinforced soil is assumed to be a mixture with a homogeneous …

Tensile components are present in soil-based fibers that are dispersed randomly and are
used to support tensile stress. The stabilization and shear strength of soil is increased …

Composite rapid soil stabilizer (CRSS) comprising calcium sulfoaluminate cement, gypsum,
lithium carbonate, and ionic soil stabilizer is characterized by rapid hardening and high …

In the present study, constrained particle swarm optimization, a metaheuristic algorithm, was
integrated into the Taguchi optimization technique to optimize additives for the amendment …

Polymer materials are finding increasing application in soil stabilization, but little is known
about the changes in performance and microstructure of polymer membranes under wetting …

In this study, the mechanical and durability performance of clay soils reinforced with different
proportions of Cherry Marble Powder (CMP) and non-woven geotextile configurations, both …