August 11th, 10:50 AM EDT - 11:50 AM EDT
Technical
The topic Liquid-Solid Flows, sponsored by the Multiphase Flow Technical Committee, deals with liquid-solid flow research, including theory, experimental results, computational methods, erosion wear and fluid machinery. Typical applications include mechanical, chemical and mining processing industries, slurry transportation, paper industry, nuclear reactors, etc. Research can include, but is not limited to, particle dynamics and phase interactions, two-phase flow direct numerical simulation and modeling, flow visualization, measurements with good spatial and temporal resolution, particle-wall interaction and surface phenomena, and two-phase flow in fluid machinery.
Presentations
| Participant Role | Details | Action |
|---|---|---|
| Submission | Machine Learning Approach to Predict Sand Transport in Horizontal and Inclined Flow | View |
| Submission | An LBM Study of the Sedimentation Behaviors of Double Particles With Non-Identical Sizes | View |
| Submission | Large Particle Separation From Non-Newtonian Slurries Using Bump Arrays | View |
| Submission | Can Bump Arrays Separate Particles From Turbulent Flows? | View |
| Submission | Multiresolution Analysis of Lagrangian Trajectories in Multiphase Flow Mixing | View |