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Anita Engelstad, Gerben Ruessink, Piet Hoekstra and Maarten van der Vegt
Inundation of barrier islands can cause severe morphological changes, from the break-up of islands to sediment accretion. The response will depend on island geometry and hydrodynamic forcing. To explore this dependence, the non-hydrostatic wave model SWA...
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Wilmer Rey, Paulo Salles, Alec Torres-Freyermuth, Pablo Ruíz-Salcines, Yi-Cheng Teng, Christian M. Appendini and Julián Quintero-Ibáñez
We investigate the storm impact associated with historical events in the northern Yucatan Peninsula. The study area is prone to coastal flooding due to both its geographical location and low-lying areas. Extreme events associated with tropical cyclones a...
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Christopher H. Lashley, Xavier Bertin, Dano Roelvink and Gaël Arnaud
Wave run-up and dune overwash are typically assessed using empirical models developed for a specific range of often-simplistic conditions. Field experiments are essential in extending these formulae; yet obtaining comprehensive field data under extreme c...
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Jonas Pinault, Denis Morichon and Volker Roeber
Accurate wave runup estimations are of great interest for coastal risk assessment and engineering design. Phase-resolving depth-integrated numerical models offer a promising alternative to commonly used empirical formulae at relatively low computational ...
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