The discrete element method (DEM) has been widely used in landslide research. However,
selecting microscopic parameters is complicated due to the diversity and complexity of …

The slip surface is an important structure for analyzing the landslide mechanism, and it will
be deformed by the traction and shear of the slide mass. For the landslide accident without …

Slope displacement is a macroscopic manifestation of landslide evolution. Analyzing and
predicting landslide displacement are of great significance for disaster prevention and …

This study presents two approaches (ie, the material point method (MPM) and gene
expression programming (GEP)) for prediction of landslide runout. The MPM was modified …

The evaluation of landslide runout behavior plays a vital role in the risk assessment of
landslides. In this study, the runout behavior of a landslide that occurred on December 10 …

Landslide displacement prediction can enhance the efficacy of landslide monitoring system,
and the prediction of the periodic displacement is particularly challenging. In the previous …

Runout prediction and deposit characteristics investigation for the long runout rock
landslides are challenging and interesting problems nowadays. On a practical level, the …

On July 23, 2019, a high‐speed and long‐runout landslide occurred in Jichang Town,
Shuicheng County, Guizhou Province, China, causing 42 deaths and 9 missing. This paper …

Abstract The Discrete Element Method (DEM) is one of the most common numerical
methods employed for the study of landslide disasters. Herein, this study proposes a method …

Landslides are regarded as significant geological hazards across the world, causing serious
economic losses and casualties. The understanding on deformation characteristics and …