Regular wave height transformation is computed from the energy flux conservation based on linear wave theory. The energy dissipation rate is assumed to be proportional to the difference between the local mean energy density and stable energy density. The energy dissipation model is calibrated and verified extensively for a variety of wave and bottom conditions, including small scale and large scale experiments. Published experimental data from eleven sources are better explained by the present energy dissipation model than the preceding model of Dally et al. [1]. 1
The widely accepted assumption that the equilibrium beach profile in the surf zone corresponds with ...
In the concept of full development, the sea wave spectrum is regarded as a nearly stationary solutio...
The time-average wave power that is absorbed, from an incident wave, by means of a wave energy conve...
This study was undertaken to develop a simple energy dissipation model for computing the root mean s...
An improved formulation to describe breaking wave energy dissipation is presented and incorporated i...
Based on the time-dependent mild slope equation including the effect of wave energy dissipation, an ...
A field experimental study of wave energy dissipation is presented. The experiment was conducted at ...
The present wave transformation models for random waves make use of an explicit formulation of the e...
A field experimental study of wave energy dissipation is presented. The experiment was conducted at ...
On the shelf slope north of Scotland the rate of turbulent kinetic energy (TKE) dissipation,calculat...
Numerical wave models have been developed to reproduce the evolution of waves generated in all direc...
Based on the time dependent mild slope equation including the effect of wave energy dissipation, an ...
Abstract. Recent fine- and microstructure observations indicate enhanced finescale shear and strain ...
The present report describes a laboratory study on energy transfer between short wave groups and bou...
International audienceWe present a detailed outline and discussion of the analysis techniques used t...
The widely accepted assumption that the equilibrium beach profile in the surf zone corresponds with ...
In the concept of full development, the sea wave spectrum is regarded as a nearly stationary solutio...
The time-average wave power that is absorbed, from an incident wave, by means of a wave energy conve...
This study was undertaken to develop a simple energy dissipation model for computing the root mean s...
An improved formulation to describe breaking wave energy dissipation is presented and incorporated i...
Based on the time-dependent mild slope equation including the effect of wave energy dissipation, an ...
A field experimental study of wave energy dissipation is presented. The experiment was conducted at ...
The present wave transformation models for random waves make use of an explicit formulation of the e...
A field experimental study of wave energy dissipation is presented. The experiment was conducted at ...
On the shelf slope north of Scotland the rate of turbulent kinetic energy (TKE) dissipation,calculat...
Numerical wave models have been developed to reproduce the evolution of waves generated in all direc...
Based on the time dependent mild slope equation including the effect of wave energy dissipation, an ...
Abstract. Recent fine- and microstructure observations indicate enhanced finescale shear and strain ...
The present report describes a laboratory study on energy transfer between short wave groups and bou...
International audienceWe present a detailed outline and discussion of the analysis techniques used t...
The widely accepted assumption that the equilibrium beach profile in the surf zone corresponds with ...
In the concept of full development, the sea wave spectrum is regarded as a nearly stationary solutio...
The time-average wave power that is absorbed, from an incident wave, by means of a wave energy conve...