Slit dams are widely used for managing multiphase geophysical flows with diverse
objectives. However, quantitatively linking dam configurations and flow properties to design …

Soil conditioning with foam agents can reduce the permeability of virgin soils and mitigate
the risk of uncontrollable mud gushing during the excavation of Earth Pressure Balanced …

Understanding fluid-particle interactions is crucial due to their occurrence in both natural
phenomena and engineering applications, but accurately capturing these interactions …

Accurate modeling of fluid-particle interactions in geotechnical systems, particularly those
involving irregular particles, presents significant challenges in computational mechanics …

Slit dams play a crucial role in mitigating natural granular flows in the form of geophysical
mass movements. The accurate estimation of the maximum force experienced by slit dams is …

Rockfall hazards present significant challenges in modelling the damage behaviour of
flexible barrier systems, particularly under repeated impact conditions. In this study, we …

Debris flows, composed of sediment–water mixtures, can pose significant risks to
downstream populations and infrastructure in mountainous regions. Slit dams have been …

The effects of interstitial fluid on the behaviors of two approaching particles play an important
role in the rheology of granular–fluid mixtures. In this paper, an Euler–Lagrange model is …

Landslide-induced tsunami waves pose significant risks to vessels navigating or anchored
in affected water bodies. To address this issue, a validated smoothed particle …

Projectile penetration into an immersed granular bed is a common phenomenon in both
geophysics and engineering, encompassing various scenarios such as immersed crater …