The Coriolis effect in centrifuge modeling of flow–structure interaction has not been well
understood, and thus this paper presents numerical simulations to address this issue. The …

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 …

Granular flows are typical hazard in mountainous terrains. Slit structure has been shown to
be a successful mitigating strategy. However, the interaction mechanism between granular …

The impact behavior of superspeed granular flows is not sufficiently understood, although it
is the basis for establishing an impact model, which is important in barrier design. Centrifuge …

The scale effect of debris flow hinders the in-depth understanding of debris flow dynamics.
The geotechnical centrifuge can replicate the appropriate stress states of the prototype …

Coefficients of restitution (CoR) is used to scale the kinetic energy dissipation, which is a
necessary parameter for discrete element modeling simulations of granular flow. Differences …

An investigation of the dynamic behavior of intruders with typical geometries, including
convex, flat, and concave, penetrating at fixed velocity from∼ cm/s to∼ m/s into the granular …

The study of granular flow is important for natural hazards such as avalanche and debris
flow. In this context, granular flow impact against a retaining wall was investigated through …

Understanding the fundamental dynamics of interaction between multi-phase geophysical
flows and engineering structures is crucial for mitigating geophysical hazards. Specifically …

Collision between particle and wall is common in granular two-phase flow. This study is
helpful to optimise flow conveying system, reduce attrition between materials and devices …