Expansive soils swell when they absorb water and shrink by losing water. This process
causes significant volume changes in highly expansive clay soils. Clay soil foundations …

This paper presents the efficacy of industrial wastes such as molasses (5%, 10%, 15%, and
20%) and waste foundry sand (10%, 20%, 30%, and 40%) stabilized clayey soil blended …

In urban areas, due to urban development and lack of space, roads may be built on the
expansive clay subgrade. Expansive clay soils increase in volume when in contact with …

The study investigates the effect of wood ash (WA) on the geotechnical behavior of low-
plasticity clay (CL) soil with the aim of improving soil properties while minimizing …

The article describes the laboratory evaluation of mixtures of sand modified with wood fly
ash (WFA) and additionally stabilized with different amounts of cement. Laboratory research …

The current study examines the effective use of bottom ash, which is mixed with lime and
sodium hexametaphosphate (SHMP), to stabilize the expansive soil in order to make a …

The stress-strain and volumetric behavior, shear strength parameters, permeability and
stiffness of soft clayey soil stabilised with various proportions of molasses, waste foundry …

This laboratory study investigated the efficacy of utilizing waste materials, specifically
sawdust ash (SDA) and lime, to improve the strength and plasticity properties of problematic …

The stress-strain and volumetric behavior, shear strength parameters, permeability and
stiffness of soft clayey soil stabilised with various proportions of molasses, waste foundry …

The use of appropriate waste materials to stabilize problematic soils, such as expansive
soils that are responsible for geotechnical damage, is a common practice in geotechnical …