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Smit, P.B. (author), Janssen, T.T. (author), Herbers, T.H.C. (author)
Refractive focusing of swell waves can result in fast-scale variations in the wave statistics because of wave interference, which cannot be resolved by stochastic wave models based on the radiative transport equation. Quasi-coherent statistical theory does account for such statistical interferences and the associated wave inhomogeneities, but...
journal article 2015
document
Smit, P.B. (author), Janssen, T.T. (author), Herbers, T.H.C. (author)
Refraction of narrow-band surface waves in coastal areas can result in wave-focal zones where due to interference, wave statistics vary rapidly and on similar length scales as those of individual waves. However such interference patterns, or wave coherence, are not accounted for in conventional stochastic wave models that are based on the energy...
conference paper 2012
document
Smit, P.B. (author), Janssen, T.T. (author), Herbers, T.H.C. (author)
Refraction of narrow-band surface waves in coastal areas can result in wave-focal zones where due to interference, wave statistics vary rapidly and on similar length scales as those of individual waves. However such interference patterns, or wave coherence, are not accounted for in conventional stochastic wave models that are based on the energy...
conference paper 2012
document
Janssen, T.T. (author), Herbers, T.H.C. (author), Battjes, J.A. (author)
We present a stochastic model for the evolution of random ocean surface waves in coastal waters with complex seafloor topography. First, we derive a deterministic coupled-mode model based on a forward scattering approximation of the nonlinear mild slope equation; this model describes the evolution of random, directionally spread waves over fully...
journal article 2008
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Janssen, T.T. (author), Herbers, T.H.C. (author), Battjes, J.A. (author)
journal article 2006
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