Geosynthetics are extensively utilized to improve the stability of geotechnical structures and
slopes in urban areas. Among all existing geosynthetics, geotextiles are widely used to …

Rainfall, groundwater, and fluctuation in reservoir levels are considered among the main
external factors affecting the stability of slopes. The impact of groundwater is particularly …

Weakly cemented sedimentary rocks with pronounced stratification exhibit permeability and
strength anisotropy. The influence of permeability and strength anisotropy on the …

Geotextile is an effective reinforcement approach of slopes that experiences various loads
such as drawdown. The geotextile reinforcement mechanism is essential to effectively …

The analytical solution of factor of safety (FoS) accommodating the effects of groundwater
seepage on the stability of the dump slope was seldom studied in the existing dump stability …

As the number of large reservoirs has grown rapidly, drawdown of water level has become a
major factor in inducing landslides. A new simulator was developed to simulate the in-flight …

Recent studies have assessed that slope-vegetation-atmosphere, SLVA, interaction may
trigger the activity of deep landslides in clayey slopes. In some cases, the presence of an …

This study focused on slope stability behaviors under different conditions, including gravity,
rainfall, and earthquake. The slope models were prepared by mixing sand (80%) and clay …

In reservoirs and embankment areas, frequent water-level fluctuations, especially water
drawdowns, often produce instability problems or landslides in the slopes overlying …

Inverse grading structures are commonly found in landslide accumulations of high-speed
and long-runout landslides. However, there is limited research on the internal erosion of …