The simplified displacement-based procedures for seismic slope stability represent a good-
working balance between simplicity and reliability, since both slope ductility (ie the capacity …

The response of slopes to earthquake loading may be studied via effective stress dynamic
analyses, displacement-based sliding block analyses, or through force-based pseudo-static …

To assess the seismic performance of slopes, the simplified displacement-based methods
represent a good-working balance between simplicity and reliability. The so-called …

The response of ground slopes to earthquake loading may be studied via effective stress
dynamic analyses, displacement-based sliding block analyses or through force-based …

Seismic performance of slopes can be assessed through displacement-based procedures
where earthquake-induced displacements are usually computed following Newmark-type …

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

A good‐working balance between simplicity and reliability in assessing seismic slope
stability is represented by displacement‐based methods, in which the effects of deformability …

The behaviour of earth slopes under seismic conditions can be effectively studied by
evaluating the suffered displacements, which are key parameters in the recent performance …

Eurocode 8 addresses seismic slope stability analysis with reference to limit state design,
specifying a 50% re-duction of the peak horizontal inertia force of a potentially sliding mass …

Seismically-induced permanent displacements of slopes are commonly evaluated using the
Newmark sliding block approach. The conventional Newmark approach, while convenient in …