In this work we analyse the features of the unsteady breaking of two dimensional free surface waves induced by a submerged hydrofoil at steady forward speed. The study is conducted by means of numerical simulations with OpenFOAM: interFoam and swenseFoam solvers being used as a computational framework for the free-surface treatment with the Volume Of Fluid (VOF) and Level Set (LS) techniques respectively. Due to the strongly unsteady behaviour of the flow, the interest is here focused on the spectral content of the free surface elevation. The results from two interface-capturing methods, VOF and LS are discussed and compared with experimental data from the literature. The influence of the turbulence models on the free surface shape and spec...
The generation of wave due to moving hydrofoil in steady streams close to a free surface is presente...
A volume of fluid (VOF) technique has been developed and coupled with an incompressible Euler/Navier...
Wave breaking is one of the most violent phenomena of air-water interface interactions, producing st...
In this work we analyze by means of numerical simulations the features of breaking of two dimensiona...
Wave breaking is one of the most violent phenomena observed in air-water interface interactions. Thi...
The bulbous bow is a common feature for large displacement vessels. The purpose of the bulbous bow i...
Steady three-dimensional and two free surface waves generated by moving bodies are presented, the fl...
Computations of highly nonlinear free-surface flows, such as around arbitrary and complex hull forms...
The present paper focuses on the numerical investigation of the flow around the fully submerged 2D a...
This paper presents the numerical simulations done by using the waves2Foam, an OpenFOAM® library, to...
The primary purpose of our research efforts is to improve naval design and detection capabilities. O...
This paper represents a solver for numerical simulation of breaking waves, developed at Ghent Univer...
Computations of highly nonlinear free-surface flows, such as around arbitrary and complex hull forms...
A Volume of Fluid (VOF) technique has been developed and coupled with an incompressible Euler/Navie...
Copyright © 2018 by the International Society of Offshore and Polar Engineers (ISOPE) In the present...
The generation of wave due to moving hydrofoil in steady streams close to a free surface is presente...
A volume of fluid (VOF) technique has been developed and coupled with an incompressible Euler/Navier...
Wave breaking is one of the most violent phenomena of air-water interface interactions, producing st...
In this work we analyze by means of numerical simulations the features of breaking of two dimensiona...
Wave breaking is one of the most violent phenomena observed in air-water interface interactions. Thi...
The bulbous bow is a common feature for large displacement vessels. The purpose of the bulbous bow i...
Steady three-dimensional and two free surface waves generated by moving bodies are presented, the fl...
Computations of highly nonlinear free-surface flows, such as around arbitrary and complex hull forms...
The present paper focuses on the numerical investigation of the flow around the fully submerged 2D a...
This paper presents the numerical simulations done by using the waves2Foam, an OpenFOAM® library, to...
The primary purpose of our research efforts is to improve naval design and detection capabilities. O...
This paper represents a solver for numerical simulation of breaking waves, developed at Ghent Univer...
Computations of highly nonlinear free-surface flows, such as around arbitrary and complex hull forms...
A Volume of Fluid (VOF) technique has been developed and coupled with an incompressible Euler/Navie...
Copyright © 2018 by the International Society of Offshore and Polar Engineers (ISOPE) In the present...
The generation of wave due to moving hydrofoil in steady streams close to a free surface is presente...
A volume of fluid (VOF) technique has been developed and coupled with an incompressible Euler/Navier...
Wave breaking is one of the most violent phenomena of air-water interface interactions, producing st...