Kutch region has experienced widespread liquefaction and related damage during a series
of past earthquakes; however, cyclic behavior of sandy soils of the region is yet to be …

Liquefaction damage from earthquakes frequently indicates effects of sand aging on
liquefaction resistance: Liquefaction damage in natural or aged reclaimed ground has been …

In particular during storm events, an accumulation of excess pore pressures may occur in
the soil around cyclically loaded offshore foundations which can negatively affect the …

In the present study, it was attempted to investigate the cyclic resistance of equi-
proportionate silt–sand range pond ash (with 50% fines) at relatively high shear strains …

Soil liquefaction is an important problem that threatens the safety of buildings during
earthquakes due to its destructive effects caused by a serious decrease in soil strength. In …

Earthquake disasters in seismically active zones revealed the phenomenon of liquefaction
which plays a key role in monitoring its severity. Liquefaction affects the stability of the soil by …

The fundamental characteristics of sands significantly affect the behaviour of different types
of soil. Massive liquefaction after a severe earthquake can cause significant damage to …

Soil liquefaction is considered as one of the most significant issues that leads to failure of
shallow and deep foundations. However, the effect of liquefaction on the seismic response …

Liquefaction caused by long-term cyclic loads in loose saturated soil can lead to ground
subsidence and superstructure failures. To address this issue, this study aimed to emulate …

Liquefaction of saturated soil layers is one of the most common causes of structural failure
during earthquakes. Liquefaction occurs as a result of increasing pore water pressure …