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Fluid dynamics - Compressible or incompressile fluid flows in steady or unsteady conditions
Applications
- Free surface flows
- Sloshing analysis
- Wave generation along ship hulls
- Wave breaking at the sea shore
- Wave impacts on structures
- Jet breaks up
- Diesel injection
- Low gravity fluid flows
- Heat transfer through solid zones
- Trajectography of solid structures under the action of flow
EOLE in Brief (743.5K)
Modelling
- Full Navier-Stokes equations for simple or multiphase flows in 3D, 2D or 2D axisymmetric
- Most of the compressible or incompressile fluid flows in steady or unsteady conditions
- Powerful algorithms to track moving interfaces allow to tackle complex fluid flows: ALE method, Volume Of Fluid Method (extension to SL-VOF method)
Results
Time history of :
- Velocity,
- Pressure and temperature fields,
- Loads on every delimited domain,
- Position,
- Velocity and acceleration of the center of gravity of a structure
- Free surface elevation
- Turbulence rates
Animation
References
User list :
Alcatel Space, GSM (Renault, Peugeot SA, IFP), DGA/DCE : Bassin d’essais des Carènes, CEA, DGA / DCE / CTSN,...
Industrial projects :
Saipem, Technip, SBM, Stolt-Offshore, Total, Technicatome, GTT, Alcatel Cables, CNES, Aérospatiale, PSA, DCN, Bassin d’essais des Carènes,…
 2 phase flow with thermal effect |
 Navire dans la houle |