The centrifuge modeling of the impact dynamics of high-speed granular flows is important for
understanding debris–barrier interactions. However, it remains challenging owing to the …

Extraction of physical quantities such as flow depth and velocities, is one of the major
purposes of geophysical flow numerical modeling and critical for estimating consequent …

Landslides pose a severe risk to humans, but accurately quantifying human risk remains
challenging due to the less-studied fleeing process of humans during landslides. This study …

Large boulders entrained by debris flow can generate destructive impact force and cause
significant damage to a rigid barrier located downstream. Baffle arrays can be installed in …

Previous studies on the impact mechanism of landslides against multiple barriers are
commonly based on small-scale and large-scale flume tests in the absence of real-scale …

To arrest rockfall boulders, baffles are constructed as steel members affixed on top of a
concrete footing. Existing designs aim to prevent any footing rotation and steel member …

In order to address the large-time consumption problem in the three-dimensional numerical
simulation and stochastic analysis of flow-like landslides, this study combined the three …

The impact load of boulders transported by debris flow is crucial in designing protective
structures constructed along the potential flow paths. In this study, the Coupled Eulerian …

We propose a smoothed particle hydrodynamics (SPH) model bridging the gap between
solid‐and fluid‐like behaviour observed in granular materials. The key innovation of the …

In mines where the natural caving method is used, the frequent occurrence of underground
debris flows and the complex mine environments make it difficult to prevent and control …