Sediment traps with open check dams are widely used structures in flood hazard mitigation.
This paper reviews the literature dedicated to their design. First, the general context in which …

The dynamics of debris flows are fundamentally governed by the interaction between the
solid and fluid phases. However, current approaches used to estimate impact load treat …

Baffles and check-dam systems are often used as granular flow (rock avalanches, debris
flows, etc.) control structures in regions prone to dangerous geological hazards leading to …

Structural countermeasures such as rigid and flexible barriers are commonly installed in
mountainous regions to intercept mass-wasting processes. Without sufficient and reliable …

Run-up of granular debris flows against slit dams on slopes is a complex process that
involves deceleration, deposition, and discharge. It is imperative to understand the run-up …

In mountainous terrain, landslide debris is a common occurrence around the world that can
potentially result in catastrophic consequences to downstream residents and facilities …

The heights of rigid debris flow barriers are designed to provide adequate retention and
prevent debris from over-spilling. Designers need to predict potential runup height against a …

Understanding the interaction between complex geophysical flows and barriers remains a
critical challenge for protecting infrastructure in mountainous regions. The scientific …

Multiple barriers are commonly installed along predicted geophysical flow paths to intercept
large flow volumes. The main criterion for multiple-barrier design is volume retained. The …

Multiple debris-resisting barriers have been commonly used worldwide to mitigate debris
flows in drainage lines. However, a well-developed methodology to assess the mobility of …