Large-scale physical experiments (Froude scale, 1:4.3) were performed at the new Delta Flume in 2017, aimed at investigating wave impacts on a vertical wall placed on the top of a dike in a mild slope shallow foreshore. Experiments also allowed to investigate the morphological evolution of the sandy foreshore, the scour at the dike toe and its development under irregular and bi-chromatic wave conditions. Both experimental results and numerical study performed to design the experiments are reported. Moreover, preliminary validation of the model to investigate the scour within a wider range of wave conditions and foreshore slopes is illustrated.
Beach profile evolution in front of storm seawalls: A physical and numerical study / Saponieri, Alessandra; Di Risio, Marcello; Pasquali, Davide; Valentini, Nico; Aristodemo, Francesco; Tripepi, Giuseppe; Celli, Daniele; Streicher, Maximilian; Damiani, Leonardo. - ELETTRONICO. - 36:(2018). (Intervento presentato al convegno 36th International Conference on Coastal Engineering, ICCE 2018 tenutosi a Baltimore, MD nel July 30 - August 3, 2018) [10.9753/icce.v36.papers.70].
Beach profile evolution in front of storm seawalls: A physical and numerical study
Alessandra Saponieri
;Nico Valentini;Daniele Celli;Leonardo Damiani
2018-01-01
Abstract
Large-scale physical experiments (Froude scale, 1:4.3) were performed at the new Delta Flume in 2017, aimed at investigating wave impacts on a vertical wall placed on the top of a dike in a mild slope shallow foreshore. Experiments also allowed to investigate the morphological evolution of the sandy foreshore, the scour at the dike toe and its development under irregular and bi-chromatic wave conditions. Both experimental results and numerical study performed to design the experiments are reported. Moreover, preliminary validation of the model to investigate the scour within a wider range of wave conditions and foreshore slopes is illustrated.File | Dimensione | Formato | |
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