MODELLING OF WAVE BREAKING IN SWAN AND COMPARISON WITH A PARAMETRIC SPECTRAL MODEL

To address this challenging problem, this study uses the numerical code SPECFEM2D (Tromp et al., 2008) based on a spectral element approach with model parameters as close as possible

To address this challenging problem, this study uses the numerical code SPECFEM2D (Tromp et al., 2008) based on a spectral element approach with model parameters as close as possible

Using the results we obtained in [17] and our extended technical report [18], we propose a true unsupervised, parameter-free methodology which includes the estima- tion of the number

the spectral position of the resonance in the long-wave infrared band, we present a study concerning the period and the slits width of the grating.. Indeed, whereas thicknesses of

The two columns on the right show the surface elevation and free surface modal amplitude of a slightly larger wave packet where the breaking parameter is calculated as B x = 0.85091

discrepancy has not yet been determined and further investigation of this behaviour is left for future work. A pitch decay test was next performed, keeping the flaps

In addi- tion, increasing N sten increases the computational time(tests of regular wave propagation, not shown here, exhibited a computational time proportional to N sten 1.36 , using