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Oblique wave attack on storm walls: report 2. Force reduction
Dan, S.; Altomare, C.; Spiesschaert, T.; Willems, M.; Verwaest, T.; Mostaert, F. (2016). Oblique wave attack on storm walls: report 2. Force reduction. Version 3.0. FHR reports, 00_050_2. Flanders Hydraulics Research: Antwerp. VII, 17 + 13 p. app. pp.
Part of: FHR reports. Flanders Hydraulics Research: Antwerp, more

Available in  Authors 
Document type: Project report

Keywords
    Kustbescherming > Kustveiligheid bij extreme stormen > Constructies in havens
    Kustbescherming > Kustveiligheid bij extreme stormen > Hydrometeoklimaat extreme stormen
    Kustbescherming > Kustveiligheid bij extreme stormen > Zeedijken
    Literatuur- en desktoponderzoek
    Schaalmodelproeven
Author keywords
    Storm walls; Harbours; Oblique waves; Force reduction

Contact details

Proposer: Vlaamse overheid; Beleidsdomein Mobiliteit en Openbare Werken; Maritieme Dienstverlening en Kust; Afdeling Kust; Kust, more


Authors  Top 
  • Dan, S., more
  • Altomare, C.
  • Spiesschaert, T., more

Abstract
    Physical model experiments have been conducted in a wave tank at Flanders Hydraulics Research to characterize the wave forces on storm return walls located on quay walls and sloping sea dyke (1:2.5) under very oblique wave attack. High wave obliqueness is expected to reduce significantly the wave forces when compared with the perpendicular wave attack.

    This study aims to compare the results from the experimental tests with formulas from literature (when available). Although the experimental setup is not representative for a specific prototype layout, it was defined in such a way that it covers possible geometrical and hydraulic conditions typical for the Flemish harbors.

    The present report represents the second part of the whole study conducted on very oblique wave attack on quay walls and sea dykes, for which a report on wave overtopping results has been published before. The results indicate that for large wave obliqueness, the reduction on the wave forces is approximately 50% with respect to perpendicular wave attack.


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