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 …

Assessment of the seismic slope stability in terms of a factor of safety (FoS) is often
addressed using pseudo-static approaches neglecting material-induced failure and the role …

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 …

Although rainfall and earthquake have been widely recognized as the two most important
factors for landslide, the failure mechanisms of a soil slope under the two natural disaster …

The calculated seismic slope displacement provides a valuable index of the seismic
performance of earth embankments and natural slopes. Sliding block models are often …

Seismic site amplification and seismic hazard maps are crucial inputs for decision making
and risk evaluation in places where seismicity imposes a significant risk to human life and …

Risk assessment of the propagation of stress waves induced by blast loading is an important
aspect engineering design and practice. Pre-existing geological structures affect the …

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