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Sedimentation & fluidization
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Classroom Contents
Simulations of Multiphase Flow at Multiple Scales
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- 1 Intro
- 2 Multiphase flow dynamics collective behavior e particle-scale processes
- 3 Create a "pore"- two parallel plates a drop on a solid surface, sheared between two plates
- 4 Elementary molecular dynamics ...
- 5 Lennard-Jones liquid calibrations...
- 6 Do the drops slide? ... Yes, they do
- 7 Scale-up from "micro" to "meso"
- 8 LBM-immiscible liquids - phase fields
- 9 Simulating wettability - boundary conditions
- 10 Drop sliding on a substrate
- 11 Molecular versus continuum simulations
- 12 A different boundary condition
- 13 Non-equilibrium boundary condition
- 14 Liquid-liquid dispersions (emulsions)
- 15 Lower Y offset needs higher resolutio
- 16 Evolution of film thickness
- 17 Coalescence of charged drops
- 18 Sedimentation & fluidization
- 19 Structure in fluid-solids flow
- 20 Reality check for simulations a very neat experiment
- 21 Some simulation details
- 22 Particle kinematics & dynamics
- 23 Co-fluidization: cylinders & spheres
- 24 Fluidization of hollow cylinders
- 25 Flow inside the hollow cylinders
- 26 Anything worth remembering?
