MEMO No CFD/THERMO-32-2000 Date: 30th April 2000Abstract: A numerical model has been developed for a simulation of moving boundaries. The flow field is calculated in one side of the moving interface and pressure is used to determine the boundary condition. The method is based on the moving-grid technique. The flow field is solved by an existing computational fluid dynamics code that uses a finite volume approach. The code uses structured multiblock grids, artificial compressibility method, higher-order discretization and implicit time marching. Main result: Numerical study of a flow around ships
Steady free surface flow is often encountered in marine engineering, e.g. for calculating ship hull ...
Steady free surface flow is often encountered in marine engineering, e.g. for calculating ship hull ...
Steady free surface flow is often encountered in marine engineering, e.g. for calculating ship hull ...
MEMO No CFD/THERMO-32-2000 Date: 30th April 2000Abstract: A numerical model has been developed for ...
The simulation of the MYRRHA free-surface water experiment using an Arbitrary Eulerian-Lagrangian Mo...
AbstractThe incompressible turbulent free surface flow around the complex hull form of the DTMB 5415...
This study brings forward the results of previously published work of free surface flow simulation a...
Viscous flow with moving free surface is an important phenomenon in nature which has broad applicati...
This study brings forward the results of previously published work of free surface flow simulation a...
This study brings forward the results of previously published work of free surface flow simulation a...
A volume of fluid (VOF) technique has been developed and coupled with an incompressible Euler/Navier...
In this work, a free surface flow simulator is developed in which Navier–Stokes equations using Mark...
A Volume of Fluid (VOF) technique has been developed and coupled with an incompressible Euler/Navie...
An adaptive finite element algorithm is described for the stable solution of three-dimensional free-...
Steady free surface flow is often encountered in marine engineering, e.g. for calcula...
Steady free surface flow is often encountered in marine engineering, e.g. for calculating ship hull ...
Steady free surface flow is often encountered in marine engineering, e.g. for calculating ship hull ...
Steady free surface flow is often encountered in marine engineering, e.g. for calculating ship hull ...
MEMO No CFD/THERMO-32-2000 Date: 30th April 2000Abstract: A numerical model has been developed for ...
The simulation of the MYRRHA free-surface water experiment using an Arbitrary Eulerian-Lagrangian Mo...
AbstractThe incompressible turbulent free surface flow around the complex hull form of the DTMB 5415...
This study brings forward the results of previously published work of free surface flow simulation a...
Viscous flow with moving free surface is an important phenomenon in nature which has broad applicati...
This study brings forward the results of previously published work of free surface flow simulation a...
This study brings forward the results of previously published work of free surface flow simulation a...
A volume of fluid (VOF) technique has been developed and coupled with an incompressible Euler/Navier...
In this work, a free surface flow simulator is developed in which Navier–Stokes equations using Mark...
A Volume of Fluid (VOF) technique has been developed and coupled with an incompressible Euler/Navie...
An adaptive finite element algorithm is described for the stable solution of three-dimensional free-...
Steady free surface flow is often encountered in marine engineering, e.g. for calcula...
Steady free surface flow is often encountered in marine engineering, e.g. for calculating ship hull ...
Steady free surface flow is often encountered in marine engineering, e.g. for calculating ship hull ...
Steady free surface flow is often encountered in marine engineering, e.g. for calculating ship hull ...