Recent advancements in remote sensing techniques have made it possible to overcome the
risky issues using conventional methods and have opened up new opportunities for …

In geotechnical engineering, jointed rock mass is often affected by water-rock interaction
and confining pressure effect. Axial compression tests were carried out on intermittent …

Artificial intelligence (AI) applications have introduced transformative possibilities within
geohazard analysis, particularly concerning the assessment of rock slope instabilities. This …

GIS-based kinematic stability analysis in rock slopes is a rare practice in geological
engineering despite its immense potential to delineate unstable zones in a mountainous …

We propose the new continuous slope mass rating (SMR) charts for easy calculation of SMR
class of rock slopes in the field. SMR class can be determined by plotting the parallelism …

Slope failure is a major concern along engineered slopes in the dicey Himalayas. It is one of
the leading causes of fatalities and socio-economic disturbances in the regions. For hassle …

Slope failures along road cuts and highways pose significant threats to motorists and
pedestrians. In this study, the stability of rock slopes along the Foça–Bağarası (FB) Highway …

The basic rock mass rating (RMRb) and continuous slope mass rating (CoSMR) are globally
used preliminary rock slope stability assessment methods. In this paper, a novel RMRb …

The stability of rocky slope is determined mainly by discontinuities. The discrete element
calculation method can be used to analyze the geometric features of rock structures and to …

Engineering geological characterizations, and geophysical mapping of subsurface
structures to monitor some susceptible infrastructural facilities to hazardous slopes for …