Earthquake-induced liquefaction is a prominent and impactful natural hazard responsible for
substantial economic losses worldwide. Hence, engineers and researchers are currently …

Liquefaction can cause ground subsidence and structural collapses, which could result in
considerable damage. While numerous preventive methods have been proposed to prevent …

This paper presents the results of an experimental program carried out in the laboratory
aimed at assessing the liquefaction resistance by correlations between longitudinal wave (P …

Partially saturated soils below the groundwater table usually exist because of decomposition
of organics within the soil deposit or soil desaturation technologies for liquefaction …

Earthquake-induced soil liquefaction is a catastrophic phenomenon that can damage
existing building foundations and other structures, resulting in significant economic losses …

The discussers commend the authors on their significant and engaging study concerning the
characterisation of cyclic behaviour in partially saturated sands with varying fines content …

In this research, an energy formulation is proposed for the evaluation of pore pressure
generation, incorporating the influence of the initial state of static stresses, both normal and …

Earthquake-induced liquefaction is a relevant natural hazard due to the damages caused in
numerous buildings, facilities and infrastructures worldwide. The damages caused to the …

Small amounts of gas occur in almost every sediment in marine or coastal environments. In
past studies, a negative influence of gas on the mechanical properties of soil was associated …

Studying the unsaturated gypseous soils behavior may lead to more understanding of the
gypseous soil problems associated with unsaturation under the effect of the vertical …