Earth slopes’ stability analysis is a key task in geotechnical engineering that provides detailed view of the slope conditions used to implement appropriate stabilizations. In process, calculating safety factor (F.S) plays an essential part assessment, which guarantees operations’ success. Providing accurate and reliable F.S can be improve procedure as well this regard, researchers computationa...

The paper contrasts results obtained by the traditional First Order Reliability Method (FORM) and a more advanced Random Finite Element Method (RFEM) in a benchmark problem of slope stability analysis with random shear strength parameters. The key difference between the methods is that RFEM takes into account spatial correlation in a rigorous way allowing slope failure to occur naturally along ...

When using a 3D deterministic model to evaluate the landslide susceptibility of regional area, processing large amounts of spatial data and identifying the objective for applying the deterministic model would be arduous works. In this research, an enhanced hydrology tool is developed to automatically identify the objectives of research, which are called slope units, from terrain raster data. A ...

In many countries, slope failure is a complex natural issue that can result in serious hazards, such as landslide dams. It associated with the challenge of stability evaluation, which involves classification problem slopes and regression predicting factor safety (FOS) value. This study explored implementation machine learning to analyze using comprehensive database 880 homogenous (266 unstable ...

Rainfall leads to the deterioration of slope stability conditions, while intense rainfall has been commonly associated with landslides on natural or engineered slopes. Deep excavations, typically related geo-resources exploitation, e.g., in case surface mining, are often affected by events that jeopardize their stability. In this work, infiltration is directly incorporated analysis; investigati...