This paper focuses on the evaluation of seismic fragility curves for embankments on
liquefiable soils with the aim of improving the reliability of the risk assessment of transport …

Sustainability has garnered significant attention from the global engineering community in
recent years. Explorations into the utilization of sustainable materials for enhancing soil …

In this study, the seismic resilience of granular column-supported road embankments on
liquefiable soils is examined to enhance the understanding and seismic design of resilient …

This paper presents an experimental study of shaking table tests on two geosynthetic
encased stone columns (GESC) composite foundation models with different geosynthetic …

In this study, the performance of the stone column encased with conductive jute geotextile in
improving the characteristics of soft clay under k 0 stress condition was evaluated using a …

The implementation of stone columns is a widely accepted method for improving the stability
of liquefiable soil. A comprehensive understanding of the behavior of the composite ground …

This paper presents a probabilistic model for evaluating the liquefaction-triggering hazard in
level, layered, and saturated granular soil profiles improved with dense granular columns …

A hybrid pile system is proposed to suppress excessive settlement and lateral spreading,
which are regarded as main causes of highway embankment failure due to earthquakes …

In this paper, the seismic performance of wall-type gravel and rubber drains as a liquefaction
countermeasure in silty sand has been addressed using a series of 1 g shaking table tests …

Centrifuge and numerical modeling are developed to investigate the behavior of a
homogeneous embankment constructed on a liquefiable sand ground, which was prepared …