Add to ORKGLagrangian formulation for surface waves with vorticity is used to create a numerical wave-current flume. The numerical flume is then used to reproduce a physical experiment on focused wave groups in sheared currents. The numerical results include evolution of the free surface of focused wave groups in still water and over in-line and opposing currents and flow kinematics under such waves. Numerical results are compared with experiment and demonstrate good agreement
Combinations of waves and currents exist in a wide range of marine environments. The resulting, ofte...
A model is proposed to simulate the wave motion resulting from sudden water releases in an open chan...
Numerical modeling of the interaction among waves and coastal structures is a challenge due to the ...
Focused waves are often used in physical and numerical studies as a representative condition for ext...
International audienceThe kinematics of two-dimensional focusing wave trains on a shearing flow in w...
The Lagrangian surface drift current induced by surface gravity waves in a wave flume has been inves...
Water wave modeIs, incorporating shear currents, are developed for linear and nonlinear waves. The f...
A numerical procedure based upon a boundary integral method for gravity wave making problems is stud...
In this work, experimental and numerical results relative to gravity currents are presented. Gravity...
This paper concerns the propagation of transient wave groups, focused at a point in time and space t...
This master's thesis has made investigation into waves and currents interaction numerically by the u...
The kinematic and dynamic of steep two-dimensional focusing wave trains on a shearing flow in deep w...
Vertical surface piercing cylinders, such as typical coastal wind turbine foundations and basic elem...
The evolution of waves on the surface of a layer of fluid is governed by non-linear effects from sur...
The paper considers the application of two numerical models to simulate the evolution of steep break...
Combinations of waves and currents exist in a wide range of marine environments. The resulting, ofte...
A model is proposed to simulate the wave motion resulting from sudden water releases in an open chan...
Numerical modeling of the interaction among waves and coastal structures is a challenge due to the ...
Focused waves are often used in physical and numerical studies as a representative condition for ext...
International audienceThe kinematics of two-dimensional focusing wave trains on a shearing flow in w...
The Lagrangian surface drift current induced by surface gravity waves in a wave flume has been inves...
Water wave modeIs, incorporating shear currents, are developed for linear and nonlinear waves. The f...
A numerical procedure based upon a boundary integral method for gravity wave making problems is stud...
In this work, experimental and numerical results relative to gravity currents are presented. Gravity...
This paper concerns the propagation of transient wave groups, focused at a point in time and space t...
This master's thesis has made investigation into waves and currents interaction numerically by the u...
The kinematic and dynamic of steep two-dimensional focusing wave trains on a shearing flow in deep w...
Vertical surface piercing cylinders, such as typical coastal wind turbine foundations and basic elem...
The evolution of waves on the surface of a layer of fluid is governed by non-linear effects from sur...
The paper considers the application of two numerical models to simulate the evolution of steep break...
Combinations of waves and currents exist in a wide range of marine environments. The resulting, ofte...
A model is proposed to simulate the wave motion resulting from sudden water releases in an open chan...
Numerical modeling of the interaction among waves and coastal structures is a challenge due to the ...