3D wave-current modelling: A model for secondary circulations

A review of the physical formulations in SWAN: Evaluation of the chosen formulations for the modelling of physical processes

3D wave-current interaction: CL-vortex force, simulation of wave-flume experiments

Hamiltonian formulation of water waves, part 3: High-order description, wave breaking formulation, and numerical implementations

Comparison of computations with Boussinesq-like models and laboratory measurements

It is already known for a long time that one of the major discrepancies between computations with Boussinesq-like models and measurements, is due to the inaccurate representation of the linear frequency dispersion in the Boussinesq-like long wave models. A comparison of various models as given in Dingemans (1973) showed already large differences...

Hamiltonian Formulation of Water Waves: 1D-formulation, numerical evaluations and examples

This report describes the formulation, numerical implementation and application of a weakly nonlinear wave model for finite depth based on a Hamiltonian formulation (see Radder, 1992). Due to the type of non-linearity explicitly accounted for in the expansion of the kernel of the Hamiltonian density (sum of kinetic and potential energy per unit...

Verification of numerical wave propagation models with laboratory measurements: HISWA verification in the directional wave basin

Verification of numerical wave propagation models with field measurements: CREDIZ verification Haringvliet