Reliable monitoring of unstable rock slopes is a prerequisite for successful mitigation landslide hazards. However, most state-of-the art techniques rely on measuring the local surface displacement in potential release area. In contrast, recording ambient vibration data allows analyzing structural dynamic parameters slope, such as resonance frequency, polarization vibration, and energy dissipat...

In order to reduce the risk of slope stability evaluation due fuzziness calculation parameters, a finite element analysis method based on fuzzy statistics is proposed. Based principle quasi-static and with help software COMSOL multiphysics, this paper studies gravel soil accumulation rock under action different seismic acceleration. By analyzing displacement, plastic zone safety factor slope, a...

Having knowledge of stability of an underground space depends on stresses and strains around it. Creating underground tunnels leads to significant changes in the rock mass stress. Therefore, to achieve the necessary stability, stresses and deformations around the tunnel must be examined carefully. Usually, stress-strain behavior analysis is conducted in two-dimensional mode. This paper was cond...

The probabilistic kinematic analysis for rock slope has been conducted on one along USAID road in Aceh Province, Indonesia. This research aims to develop the modelled probability density function (PDF) and determine of planar failure occurrence ( P op ). geometry discontinuity planes (dip dip directions) (slope angle face) were collected from our previous study. One with criteria was selected. ...

slope stability analysis is an enduring research topic in the engineering and academic sectors. accurate prediction of the factor of safety (fos) of slopes, their stability, and their performance is not an easy task. in this work, the adaptive neuro-fuzzy inference system (anfis) was utilized to build an estimation model for the prediction of fos. three anfis models were implemented including g...