Large-scale slope destabilization could be aggravated due to swift urbanization and ever-
rising demands of geoengineering projects such as dams, tunnels, bridges and widening …

Slope failure is a recurring natural hazard in the western margin of the Main Ethiopian Rift
and especially around the Debre Sina area. To minimize the damage caused by failure …

This work aims to understand the process of potential landslide damming using slope failure
mechanism, dam dimension and dam stability evaluation. The Urni landslide, situated on the …

Reliability methods are used to deal with the variability in rock properties. These methods
require probabilistic characteristics of properties, to be estimated via large quantities of …

Himalayan mountain ranges separate the Tibetan plateau from the Indian subcontinent,
where challenging topography, ongoing orogeny, and weather conditions are significant …

The complex geological environment due to active tectonics and varied lithology with
multiple phases of deformation and metamorphism led to a rugged topography and large …

The rocks of the Himalayan terrain are highly deformed and distorted due to complex
geological and tectonics setup. Failures of slopes are always reported along National …

Abstract The national highway (NH-305) is crucial since it is used as the only alternative
connectivity for transportation of goods and other materials for military purpose during the …

Kizilkaya ignimbrite, characterized by a blocky structure in the Ihlara Valley (Cappadocia,
Turkey), poses many hazards to visitors and the human-made churches and dwellings …

Rock slope stability evaluation is complex due to various influencing factors that contribute
to the instability of the slope. The stability of the slope depends on the slope geometry …