Debris flows moving at high speed along valleys can bring disastrous consequences to
downstream regions. Structural countermeasures are commonly installed along anticipated …

Debris-flows are forms of landslides in mountainous regions that can potentially cause
significant damage. Structural countermeasures to mitigate an entire debris-flow may …

Debris flow can cause serious damages to roads, bridges, buildings and other
infrastructures. Arranging several rows of deceleration baffles in the flow path can reduce …

Large-scale high-speed granular avalanches can be catastrophic; however, small-scale
model tests cannot reproduce the high-speed impact effect, resulting in barrier designs …

The baffle design resisting dry granular flow is still impeded by the effect of the particle size
distribution coupled with the influence of Froude characteristics on baffle performance–for …

In this study, to investigate the effect of cylindrical countermeasure on the flow characteristics
of debris flow, a series of small-scale tests were conducted using a flume with cylindrical …

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 …

Abstract After the 2008 Ms 8.0 Wenchuan earthquake, a huge amount of loose debris
materials were accumulated on the surface of slopes in the mountainous areas of …

Taking the disaster prevention and mitigation project for Ermanshan landslide as the
research object, this study conducts the physical model test of rock avalanches and uses …

The array of baffles protection structure is a kind of flow resistance structure that has good
drainage, blocking and intercepting effects on the rock avalanches. In this research, the …