Cerfacs Entrez dans le monde de la haute performance...

Non-reacting Flows

Description : Vortex shedding structure for the non-reacting case visualized by an iso-contour of Qcrit = 2 x 10^8 s-1 colored by transverse velocity w.

 

Description : Volume rendering (velocity magnitude) for a jet impinging on a concave surface (Reynolds = 30,000 and nozzle to plate distance H = 2D where D is the jet diameter) obtained with Large Eddy Simulation. Scale: Red: High velocity, Blue: Low velocity.

 

Description : Volume rendering (velocity magnitude) for a jet impinging on a flat plate (Reynolds = 23,000 and nozzle to plate distance H = 2D where D is the jet diameter) obtained with Large Eddy Simulation. Scale: Red: High velocity, Blue: Low velocity.

Description : Volume rendering (passive scalar) for a jet impinging on a flat plate (Reynolds = 23,000 and nozzle to plate distance H = 2D where D is the jet diameter) obtained with Large Eddy Simulation. A passive scalar is injected at the inlet to see the development of the jet. Scale: Red (opaque): Z = 1, Blue

L'AGENDA

Jeudi

16

Janvier

2025

🎓Soutenance de thèse Riwan HAMMACHI

Jeudi 16 janvier 2025 à 14h00

  Thèses Cerfacs       Auditorium de l’ONERA - 2 Avenue Marc Pélegrin, 31055 Toulouse CEDEX    

Mardi

21

Janvier

2025

🎓Soutenance de thèse Thomas LESAFFRE

Mardi 21 janvier 2025 à 9h30

  Thèses Cerfacs       JCA room, CERFACS, Toulouse    

Mercredi

29

Janvier

2025

🎓HDR Omar DOUNIA

Mercredi 29 janvier 2025 à 9h30

  HDR Cerfacs       JCA room, Cerfacs, Toulouse    

CONSULTER L'AGENDA