This article presents the current state-of-the-art understanding of underwater dilative slope
failure (breaching). Experimental investigations are reviewed, providing critical insights into …

A simplified approach was proposed to efficiently simulate the tsunamis generated by a
submarine slump. The landslide tsunami generation process was simulated using a long …

Submarine landslides are capable of causing locally catastrophic tsunamis. Landslide
parameters, particularly those related to the landslide motion, are highly uncertain in a real …

Local scour and wave loading are two key factors that affect the safety of seawalls under
tsunami attacks. In this study, the scouring process at the toe of and wave impact force on a …

Swash–swash interaction is a common natural phenomenon in the nearshore region,
characterized by complex fluid motion. The characteristics of swash–swash interaction are …

It has been reported that, in submarine landslides down a slope, only a small part of the
landslide momentum was transferred to the tsunami while most was lost in the further …

Submarine landslides, as prevalent geological hazards, carry substantial sediment loads
and high-energy water flows, posing threats to seabed infrastructure. However, research on …

Landslide-generated impulse waves are characterized by their sudden and catastrophic
nature, often limiting the availability of actual measurement data. To address this challenge …

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Reservoir impoundment and water level fluctuations often trigger landslides and their
secondary disasters, such as potential impulse waves, posing a serious threat to the safety …