Buried pipelines in liquefiable soils are vulnerable and can float during earthquake
excitation. The uplift forces due to pore-water-pressure generation relocate the pipelines in …

An effort has been made to perform a detailed characterization of fine-grained soils
considering the relative significance of plasticity index for liquefaction risk assessment of the …

The chemical and geotechnical properties of solidified/stabilized (s/s) municipal solid waste
incineration (MSWI) fly ash are of prime importance for the design and operation of landfill …

In submarine inclined terrains, granular soils are subjected to considerable initial shear
stress, which significantly affects their cyclic behavior and liquefaction potential. When the …

Centrifuge shaking table tests were conducted to reveal the intrinsic mechanisms of the
effects caused by complicated seismic histories on the liquefaction resistance of a saturated …

The frequent earthquakes in the loess area and the geological disasters induced by them
have caused huge threats to the safety and property of the local residents, and most …

More and more earthquake cases demonstrate that sandy deposits may be more prone to
becoming liquefied again in aftershock events. This phenomenon has also been …

A series of shaking table tests were designed and conducted to study the seismic
performance of an inverted T-shape cantilever retaining wall with an anti-sliding tooth at the …

Soil liquefaction is a progressive research area in geotechnical earthquake engineering,
since the 1964 Niigata, Japan, and 1964 Alaska, USA earthquakes. Researchers worldwide …

Previous studies have revealed that past shaking can substantially affect sand reliquefaction
resistance. Researchers have attributed these effects to the formation of stable or vulnerable …