In previous computational fluid dynamics studies of breaking waves, there has been a
marked tendency to severely over-estimate turbulence levels, both pre-and post-breaking …

The existence of sandy beaches relies on the onshore transport of sand by waves during
post-storm conditions. Most operational sediment transport models employ wave-averaged …

Computational fluid dynamics is increasingly used to investigate the inherently complicated
phenomenon of wave breaking. To date, however, no single model has proved capable of …

This study presents an empirical parameterization of wave front slope angle used in the
characterization of shoaling and breaking waves in nearshore environment. A large amount …

This paper presents novel insights into suspended sediment concentrations and fluxes
under a large-scale laboratory plunging wave. Measurements of sediment concentrations …

In this work a detailed hydrodynamic model is presented, which is used for the study of cross-
shore sediment transport and morphodynamics in two dimensions. The model is described …

A number of existing models for surface wave phase speeds (linear and non-linear,
breaking and non-breaking waves) are reviewed and tested against phase speed data from …

The performances of phase-averaged parametric nearshore wave transformation models
depend significantly on a reliable estimate of the wave breaker index γ (the breaker height …

To understand the interaction between wave‐breaking induced turbulent coherent structures
and suspended sediment transport, we report a Large‐Eddy Simulation (LES) study of wave …

The realization of reliable quantitative analyses of the evolution and dissipation process of
wave energy for wave-induced gap resonance is challenging. This paper tries to overcome …