Stabilization of sulfate-rich expansive subgrade soils is a persistent cause of concern for
transportation infrastructure engineers and practitioners. The application of traditional …

Traditionally, the seepage through embankments and other geotechnical structures is
estimated using the hydraulic properties of saturated soil. In most cases, the soil is not fully …

Rainfall is one of the leading causes of transportation embankment failure. Similarly, the fill
material properties and the loading conditions of the embankment serve as principals for …

The durability of chemically treated subgrade soils is important for pavement design life, and
it is a major concern for transportation and defense agencies. Stabilized soil layers should …

Highway slopes built with expansive soils are often prone to surficial slope failures due to
volumetric fluctuations from cyclic ingress and egress of moisture arising from repeated wet …

Highway embankments built with expansive soils often undergo shallow slope failure due to
permanent deterioration of soil's hydromechanical properties owing to its shrink-swell …

Each year, numerous highway and dam slopes that are built with high plasticity clays
experience shallow slope failures. Besides the high maintenance and repair costs, these …

A research study was conducted to evaluate the applicability of utilizing crystalline silica-rich
waste products for mitigating ettringite-induced heaving in lime-treated sulfate-rich …