Landslides cause fatalities, widespread damages and economic losses. Quite frequently,
they are triggered by rainfall. Many studies have investigated the relationships between …

Rock slope failures pose significant challenges in geotechnical engineering due to the
intricate nature of rock masses, discontinuities, and various destabilizing factors during and …

Despite the widespread application of data-centric techniques in Geotechnical Engineering,
there is a rising need for building trust in the artificial intelligence (AI)-driven safety …

The potential deformation and failure of a slope with typical 3D shapes involve 3D
characteristics, such that these factors cannot be simulated using 2D methods. If 3D …

Background It is a well-known fact that the safety of slopes majorly depends on several
factors such as geometry, soil properties. The safety factor might change significantly …

In the process of the evolution of rocky slope instability, the decay deterioration rate of
cohesion c and internal friction angle φ are different, and there are also differences in the …

Slope failure is a prominent and recurring geohazard in numerous parts of Ethiopia,
including Adama City, which is located in the Northern Main Ethiopian Rift (NMER). The city …

There are several definitions of the factor of safety used to quantitatively characterize slope
or landslide stability, which can yield varying results. A comprehensive comparison of the …

An inappropriately maintained road cut-slope is likely to fail, resulting in landslides or falling
rocks that compromise road safety. Thus, road managers need to know the location of …

In the past, numerous stratovolcanoes worldwide witnessed catastrophic flank collapses.
One of the greatest risks associated with stratovolcanoes is a massive rock failure. On 18 …