Rock slope failures pose significant challenges in geotechnical engineering due to the
intricate nature of rock masses, discontinuities, and various destabilizing factors during and …

The aim of this study is to propose an efficient Random Finite Element Method (RFEM)
framework for the reliability analysis of cracked soil slopes. The spatial variability of …

Landslides significantly threaten lives and infrastructure, especially in seismically active
regions. This study conducts a probabilistic analysis of seismic landslide runout behavior …

The influence of a firm stratum on the stability of a slope under undrained conditions has
long been of interest to geotechnical investigators, which has been studied in a number of …

Variogram analysis is effective in revealing the spatial distribution patterns of geographic
variable (s). Yet, existing variograms mostly focus on the impact of spatial correlation on the …

The response and the safety of geostructures constructed on hilly regions or sloping
grounds are receiving increased attention. As the foundation of geostructures resting on …

This paper presents a detailed study on improving slope stability through soil reinforcement
using cement under both static and dynamic conditions. Experimental shear tests were …

Uneven settlement of foundations poses a significant threat to structures. The significant
influence of non-uniform Young's Modulus on foundation settlement is widely recognized …

La investigación, orientada al ODS 8 sobre Trabajo decente y crecimiento económico, tuvo
como objetivo realizar una revisión exhaustiva de la literatura sobre los usos y aplicaciones …

A heterogeneidade dos materiais geotécnicos resulta na variabilidade de propriedades
geotécnicas dos solos formados. Reconhece-se que o fator de segurança não é uma …