Soil stabilization, through either physical or chemical techniques of coating-cementation
development, is a commonly adopted practice in geotechnical and transportation …

The expansive clayey soils show swelling-shrinkage behavior in wetting and drying cycles,
respectively. The seasonal water content variations cause large volume changes of …

This paper explores the combined effects of Coriolis force and electric force on the rotating
boundary layer flow and heat transfer in a viscoplastic hybrid nanofluid from a vertical …

Many techniques, most notably soil stabilization, have been developed to enhance soil
characteristics due to the growing trend of constructing structures on clayey soils. Therefore …

The problematic expansive soils are spread in many countries and require significant
improvement. The impacts of nanosilica and the Electric Arc Furnace (EAF) slag on the …

In terms of geotechnical engineering, swelling soils are among the most important soil
groups whose characteristics should be determined in detail before design studies. These …

Electric field stimulation is more favour for the enhancement of oil recovery from tight
sandstones compared to conventional resources, since electroosmotic flow of fluids in …

Background Consolidation of clays could be a very time-consuming procedure. However,
preloading can increase the speed of consolidation; applying an electric field can accelerate …

This study focused on the stabilization of peat soil and its engineering and mechanical
properties improvement such as shear strength, moisture content, liquid limit and shear …

Crack initiation and propagation of swelling clay in sustaining drying conditions are
influenced by various factors such as soil size, fiber reinforcement, and interfacial friction. A …