This research paper depicts the experimental investigation of impact stone dust as an admixture on geotechnical characteristics expansive soils that shrink and swell during wet dry seasons. As a result, soil causes differential settlement structures. Thus stabilization is important to overcome potential pavement failure. For this purpose studies were carried out reuse industry wastage for impro...

In order to improve the ability of flexible support structure resist, recover and adapt failure expansive soil slope, it is necessary analyze study its structural resilience systematically. Based on long-term field monitoring test slope with along south line Guinan key project, combined whole life cycle assessment (LCA), this paper discusses theory method resilient design a structure. The resul...

Expansive soils are found in numerous regions of the world explicitly arid and semiarid zones. These expand when absorbed moisture shrink released water. Such soil is viewed as a characteristic risk for infrastructures due to swell behavior. become more problematic lightly or moderately loaded structures built on them. The swelling shrinkage these chiefly happen presence montmorillonite mineral...

Expansive soils are problematic and viewed as a potential hazard for buildings structures due to swell shrink phenomena. The damaging effect of these is strongly correlated with the soil-water characteristics expansive present in shallow depth. seasonal wetting-drying cycle vital fluctuating moisture content surficial soils. As such, remain unsaturated most time high absorption capacity. Theref...

Expansive soils are recognized by their swelling potential upon wetting due to the existence of some clay minerals such as montmorillonite. An effective solution was found avoid danger using piles. A single pile embedded in an elasto-plastic expansive soil has been analyzed one available software which is ABAQUS investigate effect applied loads on pile’s top and load carrying capacity pile. The...