Many investigators have applied the liquefaction potential index (LPI) to map regional
liquefaction hazard. LPI, which integrates the liquefaction potential of susceptible soil …

Seismically-induced landslides can be detrimental to urban communities, often resulting in
significant damage and repair costs, blockage of lifeline connection routes and utilities …

Traditional liquefaction hazard maps are useful tools for preliminary engineering site
assessment and policy development. However, these maps should not be used for site …

In the 1990s, Bartlett and Youd introduced empirical equations for predicting horizontal
displacement from liquefaction-induced lateral spreading; these equations have become …

Past researchers have introduced performance-based methods to simultaneously account
for the various sources of uncertainty in the prediction of lateral spread displacements …

Lateral spreading is a prevalent geotechnical problem associated with earthquake-induced
liquefaction, often occurring at gentle slopes of loose, saturated sand near bodies of water …

Geotechnical borehole information is often used for liquefaction hazard mapping, but can be
highly variable in terms of quantity and quality. In addition, geotechnical borehole logs are …

This report presents a fully probabilistic method for regional seismically induced landslide
hazard analysis and mapping. The method considers the most current predictions for strong …

Earthquake-induced liquefaction may result in the lateral spread displacement of soil down
gently sloping ground or towards a free-face, causing severe and costly damage to various …

This paper presents liquefaction-induced lateral spread and ground settlement maps for the
Salt Lake Valley for a M7. 0 scenario event on the Wasatch fault and for two probabilistic …