Abstract Landslides in the Thompson River Valley, British Columbia, Canada, threaten the
serviceability of two railway lines that connect Vancouver to the rest of Canada and the US …

In this study, we compare infinite slope and the three-dimensional stability analysis
performed by SCOOPS 3D (software to analyze three-dimensional slope stability throughout …

Hydrological processes in slopes play an important role in the evaluation of slope stability at
the catchment scale. This study investigated the dynamic variations of interception loss …

The evaluation of influence of heavy rainfall on tunnel structural construction is a problem
being faced by engineers around the world. Current analytical solutions on the tunnelling …

Current theoretical solutions for the influence of landslides on existing structures are
generally conducted on the assumption of fine weather and provide little attention on the …

Rainfall infiltration analysis has a great significance to the mitigation and risk assessment of
rainfall-induced landslides. The original Green–Ampt (GA) model ignored the fact that a …

Water infiltration in unsaturated soil is significantly affected by multi-stage characteristics that
depend on the movement of the wetting front. We modified the Green-Ampt model to …

This study investigated a dynamic stability analytical model for bedding rock slope with soil
interlayer, considering various rain patterns. The critical rain intensities for anhydrous and …

Characteristics of a rainfall event (eg, rainfall duration D and intensity I) have a significant
influence on the probabilistic stability analysis of the rainfall-induced landslides. However …

Water infiltration into soil is important in geotechnical engineering. The classical Green-Ampt
(GA) infiltration model is widely used in soil infiltration due to its physical significance, but it …