The peak pressure of a granular debris flow at low Froude conditions can be calculated with
knowledge of the stress anisotropy and the bulk density as well as the run-up height at …

Multiple barriers are usually installed to effectively mitigate large-volume debris flows.
Existing multiple-barrier design recommendations ignore the effects of solid–fluid interaction …

Rigid barriers are prevalent structure countermeasures for mitigating granular flow hazards
in mountainous areas. To reduce maintenance for barriers, a basal clearance is commonly …

The destructive granular flow hazards can be mitigated by intercepting the solid particles
using protective barrier in the flow paths. Changes in the performance of barrier are usually …

As a consequence of their natural occurrence and the frequent formation of multiple surges
with high sediment loads, debris flows are considered one of the most hazardous gravity …

The present study proposes efficient intensity measures for landslide vulnerability
assessment of undamaged and earthquake-damaged reinforced concrete (RC) buildings …

The multiple-barrier mitigation strategy in the debris-flow source area is an effective
approach to inhibit debris-flow entrainment and scale amplification along the flow path …

Forest wildfires leave vast areas with burned topsoil that is water repellent, susceptible to
erosion by surface runoff and a potential source of debris flow. To mitigate post‐fire debris …

To accurately predict impact loads can ensure the safe operation of debris flow control
projects. The instantaneous impact process is usually considered in the calculation of the …

A novel numerical approach, namely Material Point Method (MPM), is applied to analyze the
build-up of pore water pressure inside the landslide body during the impact against different …