Abiotic stresses cause extensive yield loss in various crops globally. Over the past few
decades, the application of silicon nanoparticles (nSi) has emerged as an abiotic stress …

According to an extensive evaluation of published studies, there is a shortage of research on
systematic literature reviews related to machine learning prediction techniques and …

This study examines the effect of nanosilica (NS) additive to improve the mechanical
properties of clay, clayey sand, and sand. The engineering properties of the soils were …

The accessible crushing property of calcareous sand leads to poor mechanical properties.
Cement is usually used for solidification treatment in engineering. Nano-SiO 2 (NS) can …

Stabilization of soils with additives is a widely used improvement method. With the mass
production of nanomaterials in various fields, and their application in geotechnical …

Soil stabilization using nanomaterials is an emerging research area although, to date, its
investigation has mostly been laboratory-based and therefore requires extensive study for …

Since clayey soils naturally present low mechanical strength, they pose direct challenges for
engineering applications. Finding appropriate soil stabilizers to address the challenges …

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

Stabilization of swelling soils with high volume change potential is an important topic in
geotechnical engineering because irreversible and catastrophic damages will occur if they …

Nano-SiO2, a highly acclaimed nanomaterial for enhancing cemented soil, has shown
remarkable improvements in the physical properties and microstructure of cemented soil …