Several techniques have been developed in order to mitigate damage to buildings during
and after liquefaction events. Benefits of using vertical drains have been verified by …

The effective application of liquefaction mitigation techniques requires an improved
understanding of the development and consequences of liquefaction. Centrifuge …

In many cases densification with vibro-stone columns cannot be obtained in non-plastic silty
soils. Shear stress re-distribution concepts [1] have been previously proposed as means to …

Some offshore wind farms are built in seismically active areas. The offshore wind turbine
(OWTs) are high-rise structures and sensitive to lateral failures during the earthquake. In this …

This study aims to predict the effect of liquefaction on an embankment resting on liquefiable
foundation soil. A numerical model has been simulated in PLAXIS 2D with plane strain …

Earthquake-induced liquefaction and consequent failure of geomaterials have been
recognised as a geohazard that causes significant damage to geotechnical infrastructures …

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 …

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 study includes the results of a set of numerical simulations carried out for sands
containing plastic/non-plastic fines, and silts with relative densities of approximately 30 …

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