VIDEO LIBRARY


A-COMPUTATIONAL FLUID MIXING

1- RUSTHON TURBINE

1.1 Velocity flow field in a turbulent regime flow

(Real geometry approach: MRF, sliding mesh)

1.2 Turbulent Kinetic Energy field in a turbulent regime flow

(Fixed Values approach)

1.3 Turbulent Kinetic Energy Dissipation rate field in a turbulent regime flow

(Fixed Values approach)

1.4 Turbulent Kinetic Energy field in a turbulent regime flow

a-Vertical evolution

b-Tangential evolution

(Real geometry approach: MRF, sliding mesh)

1.5 Coherent structures attached at the blade's tip, turbulent regime flow

(Real geometry approach: MRF, sliding mesh)


2- LIGHTNIN A310

2.1 Velocity flow field in a turbulent regime flow

(Real geometry approach: MRF, sliding mesh)

2.2 Turbulent Kinetic Energy field in a turbulent regime flow

(Fixed Values approach)

2.3 Turbulent Kinetic Energy Dissipation rate field in a turbulent regime flow

(Fixed Values approach)

2.4 Turbulent Kinetic Energy field in a turbulent regime flow

a-Vertical evolution

b-Tangential evolution

(Real geometry approach: MRF, sliding mesh)


B-COMPUTATIONAL FLUID DYNAMICS


1-MASS TRANSFER IN PLANE MEMBRANES

a-Bubble ascension in a plane module: experimental evolution

b-Bubble ascension in a plane module: numerical evolution of the water fraction

 

2-BLENDING IN AN OXIDATION DITCH

Evolution of the injected specie from the skids in the reactor