Add to ORKGThis paper describes the implementation and validation in the BOUSS-WMH numerical model of a new trigger mechanism for the initiation and termination of wave breaking. The initial approach is based on the vertical acceleration of the free surface elevation while the new approach is based on the Relative Trough Froude Number (RTFN). With either method an additional momentum term is introduced to describe the energy dissipation due to wave breaking using an eddy viscosity model
International audienceThe modeling of wave breaking dissipation in shallow water within a fully nonl...
Progression of nonlinear wave groups to breaking with and without wind forcing was studied numerical...
A new method is proposed for simulating the energy dissipation resulting from depth-limited wave bre...
International audienceIn this paper, a new method to handle wave breaking in fully non-linear Boussi...
A spilling breaker model is implemented in a two-dimensional fully nonlinear coastal wave propagatio...
We considers the issue of wave breaking closure for Boussinesq type models, andattempt at providing...
The relative trough Froude number (RTFN) theory is a new phase-resolving type, wave breaking trigger...
The Breaking Celerity Index (BCI) is proposed as a new wave breaking criterion for Boussinesq-type e...
International audienceThe modeling of wave breaking dissipation in coastal areas is investigated wit...
The Breaking Celerity Index (BCI) is proposed as a new wave breaking criterion for phase resolving w...
A large body of work has been devoted to the accurate detection and simulation of wave breaking in c...
eAbstract This paper is concerned with breaking criteria for generated waves. An input in the form o...
This paper presents a comparative numerical study of the energy dissipation process in the breaking ...
This research is motivated by the requirement of hydrodynamic laboratories to generate extreme waves...
In this paper, a fully nonlinear Boussinesq model is presented and applied to the description of bre...
International audienceThe modeling of wave breaking dissipation in shallow water within a fully nonl...
Progression of nonlinear wave groups to breaking with and without wind forcing was studied numerical...
A new method is proposed for simulating the energy dissipation resulting from depth-limited wave bre...
International audienceIn this paper, a new method to handle wave breaking in fully non-linear Boussi...
A spilling breaker model is implemented in a two-dimensional fully nonlinear coastal wave propagatio...
We considers the issue of wave breaking closure for Boussinesq type models, andattempt at providing...
The relative trough Froude number (RTFN) theory is a new phase-resolving type, wave breaking trigger...
The Breaking Celerity Index (BCI) is proposed as a new wave breaking criterion for Boussinesq-type e...
International audienceThe modeling of wave breaking dissipation in coastal areas is investigated wit...
The Breaking Celerity Index (BCI) is proposed as a new wave breaking criterion for phase resolving w...
A large body of work has been devoted to the accurate detection and simulation of wave breaking in c...
eAbstract This paper is concerned with breaking criteria for generated waves. An input in the form o...
This paper presents a comparative numerical study of the energy dissipation process in the breaking ...
This research is motivated by the requirement of hydrodynamic laboratories to generate extreme waves...
In this paper, a fully nonlinear Boussinesq model is presented and applied to the description of bre...
International audienceThe modeling of wave breaking dissipation in shallow water within a fully nonl...
Progression of nonlinear wave groups to breaking with and without wind forcing was studied numerical...
A new method is proposed for simulating the energy dissipation resulting from depth-limited wave bre...