Particle tracking modeling of sediment-laden jets

Modeling and direct numerical simulation of particle-laden turbulent flows

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Numerical modelling of particle-laden sonic CO 2 jets with experimental validation

The characteristics of the particle distribution, evolution and movement in a sonic jet release of carbon dioxide (CO2) from a high pressure reservoir are investigated. The motivation is to numerically model the sonic jet with particles,using the hitherto unknown initial particle distribution measured herein,and hence understand and numerically reproduce the experimentally observedparticle beha...

Buckling of particle-laden interfaces.

In this paper, we investigate the buckling of an oil-water interface populated by micron-sized latex particles using a Langmuir trough. In this work, we extend results of buckling of particle-laden interfaces from the millimeter down to the submicron range while investigating the effect of a different capillary length on the resulting wavelength. The experimental data is compared to the existin...

Particle - laden tubeless siphon

A tubeless siphon was created by sucking a 1% aqueous Polyox† solution laden with particles from a beaker into a cylinder by moving a piston. The piston speed and particle concentration were varied. At very high rates of withdrawal, all the liquid could be removed before the siphon broke. In this case, the beaker was completely cleaned without a trace of liquid. The addition of small concentrat...

Hydraulic roughness in sediment-laden flow