Lattice-Boltzmann distillation tray simulation videos
N. Llorente-Remartínez and S. Galán, «CFD simulation of sieve tray hydraulics using the lattice Boltzmann method,» in 27th European Symposium on Computer Aided Process Engineering, A. Espuña, M. Graells, and L. Puigjaner, Eds., Elsevier, 2017, vol. 40, p. 37–42.
https://doi.org/10.1016/B978-0-444-63965-3.50008-8
8 videos found
Velocity field and liquid volume fraction: xy cross section (x direction of liquid flow).
Simulation with: hw =0.05 m QLin =1 m³/(min·m) vg =0.50 m/s
Velocity field and liquid volume fraction: zy cross section (x direction of liquid flow).
Simulation with: hw =0.05 m QLin =1 m³/(min·m) vg =0.50 m/s
Velocity field: xy cross section (x direction of liquid flow).
Simulation with: hw =0.075 m QLin =1 m³/(min·m) vg =1.25 m/s
Velocity field: xz cross section (x direction of liquid flow).
Simulation with: hw =0.05 m QLin =1 m³/(min·m) vg =0.25 m/s
Velocity field: xz cross section (x direction of liquid flow).
Simulation with: hw =0.05 m QLin =1 m³/(min·m) vg =1.50 m/s
Isosurfaces of liquid volume fraction (blue=1).
Simulation with: hw =0.05 m QLin =1 m³/(min·m) vg =0.25 m/s
Isosurfaces of liquid volume fraction (red=1, yellow=0.75, green=0.5, blue=0.25).
Simulation with: hw =0.05 m QLin =1 m³/(min·m) vg =0.50 m/s
Isosurfaces of liquid volume fraction (yellow=0.25, green=0.5, blue=0.75)
Simulation with: hw =0.05 m QLin =1 m³/(min·m) vg =0.50 m/s