The July 2021 flood heavily affected many inhabitants, buildings and critical infrastructure
throughout Germany, Belgium and the Netherlands. Specifically, the Ahr Valley (Germany) …

This paper presents a review of prediction models for tsunami-induced lateral fluid forces or
tsunami-wave forces for the next revision of the engineering design code for nuclear power …

The construction of protective structures along the coast constitutes a crucial component of
tsunami mitigation measures. Most commonly adopted tsunami mitigation measures are …

In this study, we develop a single-phase free-surface flow model with the improved lattice
kinetic scheme (LKS) and the volume of fluid (VOF) method. We implement the piecewise …

The front faces of coastal structures are not always perpendicular to its foundation. To
investigate the surge impact characteristics on an inclined wall, laboratory experiments …

High-energy events such as tsunamis pose significant threats to coastal infrastructure and
buildings, necessitating effective mitigation strategies to minimize damage. Compared to …

Sea dikes are nowadays adopted for the protection of onshore infrastructures against
devastating tsunami wave. For intermittent/discontinuous sea dikes, the flow fields are 3D in …

To understand tsunami flow interaction with the structure occupying a certain percentage of
flow channel width in the field, several authors modelled experiments or numerical …

Tsunamis have caused substantial damage to coastal bridges, which has seriously affected
transportation and rescue work in coastal communities and led to serious threats to human …

Tsunamis pose a significant threat to coastal engineering. A comprehensive physical
experiment was conducted to examine the effect of air chambers on vertical structures with …