In practical geotechnical engineering of slopes, it is well-known that the uncertainty of soil
properties and ground motions need to be considered for the safety of the project. The effect …

Abstract Unmanned Aerial Vehicle (UAV) technique has been widely utilized in geohazards
assessment. In this work, the effectiveness of the UAV photogrammetry in the remote …

Rock slope stability is a key research issue in geotechnical engineering. Weak layer is a
distinct feature distinguishing the rock slopes from soil types, and its existence considerably …

The depths of open-pit mines have been increasing in the last few decades. This
transformation generates a vast amount of waste rock material per unit mining area …

Due to the complexity and inherent spatial variability of the strata and the limited availability
of borehole information, the subsurface stratigraphic configuration at a site is hard to …

Soil is a basic geomaterial in the geotechnical and geological engineering. It has been
widely realized that there exists inherent spatial variability in the soil parameters for …

Piles are widely used to increase the stability of piles. Probabilistic methods can be used to
explicitly consider the uncertainties involved in a slope stability analysis. Currently, most …

Earthquakes frequently induce landslides and other natural disasters that would have a
huge impact on human life and properties. In geotechnical engineering, evaluation of the …

Permanent sliding displacement analysis is commonly used to evaluate the seismic
performance of slopes. Specifically, the fully probabilistic seismic slope displacement hazard …

Landslides, one of the most common mountain hazards, can result in enormous casualties
and huge economic losses in mountainous regions. In order to address the landslide …