YALES2 Gallery

1 Combustion
- 1.1 PRECCINSTA Burner (Vincent Moureau)
- 1.2 KIAI burner (Vincent Moureau)
2 Aerodynamics
- 2.1 Formula One (David Taieb, Guillaume Ribert & Vincent Moureau)
- 2.2 Interaction between two Le Mans Series prototypes (David Taieb, Guillaume Ribert & Vincent Moureau)
3 Heat transfers
- 3.1 T7.2 Blade (Nicolas Maheu)
4 Two-phase flows
- 4.1 Pouring flow (Vincent Moureau and O. Desjardins)

Combustion

PRECCINSTA Burner (Vincent Moureau)

Direct Numerical Simulation of an aeronautical burner [1]. The mesh features 2.6 billion tetrahedrons and a resolution of 100 microns.

PRECCINSTA burner with YALES2

Iso-surface of the Q criterion for the isothermal case

Temperature field for the fully premixed reacting case

OH radical field for the fully premixed reacting case

Couverture du Numéro Spécial Calcul Intensif des Comptes Rendus de Mécanique de l'académie des sciences

KIAI burner (Vincent Moureau)

Large-Eddy Simulations of a swirl burner designed and operated at CORIA (J.P. Frenillot, G. Cabot, B. Renou, M. Boukhalfa).

KIAI burner with YALES2
Velocity field for the cold flow - 382M tetrahedrons	Q-criterion for the cold flow - 382M tetrahedrons

Aerodynamics

Formula One (David Taieb, Guillaume Ribert & Vincent Moureau)

Computation of a Formula 1 meeting with the 2010 regulations.

The design is based on the 2008 car which was simulated with the Fluent software with less than one million cells. The new car has the main features observed during the early part of F1 season, like the coca bottle shaped sidepods, the double-deck diffuser, the outer mirror disposition (forbidden by the FIA in the second part of the season), the three elements front wing.

The body of the car is discretized with 6.5mm element leading to 36 M cells in the computational domain.