BOUSSINESQ-TYPE MODELING of MEASURED WAVE BREAKING on A CIRCULAR SHOAL
J. Groeneweg (WL Delft Hydraulics)
Neelke Doorn (WL Delft Hydraulics)
Mart Borsboom (WL Delft Hydraulics)
M.R.A. Van Gent (WL Delft Hydraulics)
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Abstract
An extensive data set of waves propagating over a shoal on a beach has been obtained from measurements in a three-dimensional physical model. The data set has been used to validate the two-dimensional Boussinesq-type wave model TRITON. In particular the performance of the implemented wave-breaking model has been investigated. Since the unique data set contains a variety of wave regimes, also the modeling of other wave aspects, such as linear dispersion and shoaling, as well as nonlinear wave-wave interaction can be verified.
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