Major earthquakes can cause hundreds to thousands of landslides in mountainous areas,
but the methods for regional earthquake-induced landslide analyses are currently not well …

This paper presents a numerical-based seismic displacement analysis for slopes
considering the spatial variability of soils. Two generic slope models are developed based …

Regional landslide prediction is a critical step towards achieving community resilience
against landslides during earthquakes. We present a predictive methodology for regional …

Abstract The Wynne Avenue site in the California San Fernando Valley was analyzed using
two-dimensional (2D) nonlinear dynamic analyses (NDAs) with geostatistical subsurface …

Seismically induced landslides can often cause severe human and economic losses.
Therefore, it is worth assessing the seismic performance of slopes through a reliable …

Permanent sliding displacement is a parameter that is used widely to evaluate the seismic
performance of earthen slopes, and the inherent variability of soil strength parameters is …

The seismic performance assessment of earth slopes and systems requires an estimate of
the seismically-induced slope displacement (D). Modified Newmark-type analyses are …

The assessment of the seismic performance of slope systems often relies on estimating the
amount of seismically-induced slope displacements (D) using semi-empirical D models …

Regional scale liquefaction assessments are currently performed using approaches such as
qualitative liquefaction susceptibility rankings based on mapped geology and groundwater …

Empirical predictive models of earthquake-induced slope displacements are commonly
developed through classical regression techniques that predefine a functional form and …