Abstract Evaluation of soil liquefaction potential is an essential step in geotechnical
engineering design. This study presents a novel soil liquefaction potential evaluation system …

This study describes two machine learning techniques applied to predict liquefaction
susceptibility of soil based on the standard penetration test (SPT) data from the 1999 Chi …

Shear wave velocity (V s) offers engineers a promising alternative tool to evaluate
liquefaction resistance of sandy soils, and the lack of sufficient in-situ databases makes …

Soil liquefaction is one of the most disastrous sides of earthquakes which can cause severe
damage to structures, infrastructures, and individuals' lives. Therefore, establishing new and …

Abstract During the 2015 Gorkha Earthquake (M w 7.8), extensive soil liquefaction was
observed across the Kathmandu Valley. As a densely populated urban settlement, the …

Sand boils are a recognized phenomenon associated with soil liquefaction. However, the
exact conditions required to produce sand boils remain unclear, and sand boil-induced …

Lateral spreading is the main cause of pile foundation damage in liquefaction-prone areas
during earthquakes. A soil profile in which a non-liquefied soil is on top of a liquefied soil is a …

Lateral spreading of an interlayered deposit adjacent to a meandering stream channel in
Wufeng, Taiwan, during the 1999 Chi-Chi Earthquake is evaluated using two-dimensional …

Evaluating liquefaction potential is essential for seismic micro-zonation for a specific area.
Ground improvement of a site is conducted after the examination of the propensity of …

Liquefaction is one of the most disastrous phenomena that arises due to earthquakes and
has always been a major concern for engineers due to the damages and devastation it …