Three different liquefaction mitigation techniques for an earthen embankment resting on
saturated loose cohesionless soil have been compared in the present study as densification …

Freeze-thaw and earthquake are significant factors for the stability and failure of moraine soil
slopes in high-altitude cold and strong earthquake area. The cryogenic freezing (CF) and …

Stone columns are used as an efficient ground improvement technique, which could
increase the bearing capacity of native soft soil, reduce settlement, increase rate of …

The geological structure and stratum lithology have important roles in the seismic stability of
complex slopes; however, their roles complicate engineering construction. Four three …

Kathmandu Valley consists of a dynamic subsoil profile, so utilizing an effective method like
stone columns to mitigate any forthcoming geotechnical problems is of utmost importance …

Due to significant rainfall during the monsoon, Kerala regularly sees landslides across the
steep sloppy terrains of the Western Ghats. This causes significant harm to both man-made …

This study investigates the performance of vertical geotextile encased stone columns
(VGESC) and horizontal geotextile coatings reinforced stone columns (HGCRSC) in a small …

The use of stone columns is considered an effective method for the improvement of soft
soils. Stone columns have several benefits, such as increasing the bearing capacity …

Columnar inclusion is a versatile and cost-effective technique for improving weak soils.
Currently, most approaches are based on the “equal strain” assumption to calculate the …

How a slope behaves under the action of a dynamic load such as an earthquake is of great
importance in stability analyses of slopes. Improving the region where slope failure occurs or …