The durability, efficiency and the integrity of structures built within or over mountain soils are
mainly controlled by the geotechnical properties. It is therefore imperative to analyse these …

Despite the scant quantitative data available in the literature, it has been hypothesized that
some chemical compounds can have deleterious effects on soil stabilization with lime and …

Soil stabilization using additives is considered as one of the sustainable alternative
techniques to deal with acute material shortages. Critically reviewing the contemporary …

Lime stabilization is a well-established technique to improve the subgrade properties of
different soil for pavement construction, despite construction difficulties and its …

Protecting the environment from hazardous pollutants associated with waste generation and
disposal is a major concern that warrants further investigation. Chemical stabilization is …

Pavement structures on poor soil sub grades show early distresses causing the premature
failure of the pavement. Clayey soils usually have the potential to demonstrate undesirable …

Sodium silicate and promoters have been widely used as supplementary cementing
materials substituting ordinary Portland cement to improve the properties of stabilized soils …

Many soil admixture stabilization methods have been developed and used for many on-land
and marine constructions in the world, in which soft clayey or sandy soil is mixed with a …

Stabilization of problematic soils for earthwork applications can be performed using a variety
of chemical additives, with lime, cement, or fly ash all being traditionally employed for this …

This paper highlights the essential tests for assessing the suitability of lime forstabilizing
soils and typical changes in soil characteristics due to modification and …