Debris flows travel downslope at high speed and often cause damage to the infrastructure of
societies around the world. With increasing extreme rainfall events and urbanization in …

Rapid soil–boulder mixed flow commonly occurs in steep mountainous regions and has the
potential to damage critical infrastructures. Baffles are typically used as flow-impeding …

This paper discussed the changes in the movement trajectories and deposition patterns of
the rock avalanches in the baffle-net structure under different cases, and obtained the …

Ecological engineering plays an increasingly significant role in mountain hazard control, but
the effect of species selection and arrangement (eg, row spacing and stem spacing) on …

In terms of the failure of giving considerations to both aesthetic ornamental and low-carbon
function for the current disaster prevention and mitigation engineering. This study proposes …

Debris flows are catastrophic landslides increasing in severity in recent decades due to the
more frequent and intense rainfall events under climate change. Debris flows pose a serious …

The large-volume and high-speed channelized granular flows transformed from energetic
rockslides and rockfalls are serious geological disasters. The submerged sills embedded in …

Landslides are a common geological hazard, and large-scale landslides can often impose a
serious impact on the livelihoods of contemporary people. To study the effect of slit dams on …

Multi-layer rigid netting barriers (RNBs) can obstruct the granular flow layer by layer, and all
the layers of the structures share the impact load, which has better reliability than single …

In mountainous areas, rock avalanches swarm downslope leading to large impact forces on
structures. Baffle systems are usually set up in torrent channels to dissipate the flow energy …