This study aims at the probabilistic assessment of tunnel convergence considering the
spatial variability in rock mass properties. The method of interpolated autocorrelation …

The stability of natural and man-made rock slopes has always been of great concern for
engineering geology studies. To ensure a safe and functional design of excavated slopes …

In this paper are treated briefly the geotechnical analysis of hills slopes areas in the heritage
town of Berati, Albania. From engineering geological mapping on scale 1: 10 000 and …

Rainfall is an important triggering factor influencing the stability of soil slope. Study on some
influences of the rainfall on the instability characteristics of unsaturated soil embankment …

Slope stability calculation depends on the soil properties (cohesion and the friction angle) of
the soil. Heterogeneous terrains are frequently observed in civil and mining projects where …

Deformation and failure analysis of heterogeneous slope using nonlinear spatial probabilistic
finite element method Page 1 AIMS Mathematics, 9(10): 26339–26370. DOI …

Slope failure poses a significant challenge in geotechnical engineering, with the spatial
variability of soil properties emerging as a crucial factor influencing slope stability. This …

This paper studies soil properties uncertainty and its implementation in the seismic response
evaluation of structures. For this, response sensitivity of two 4-and 12-story RC shear walls …

In present study, the response of a cemented granular and horizontal layer is investigated
under one-dimensional harmonic vibrations applied at its base. The modeling was …

In present study, the response of a cemented granular and horizontal layer is investigated
under one-dimensional harmonic vibrations applied at its base. The modeling was …