The motion of particle clouds (ie, sediment clouds) usually can be found in engineering
applications such as wastewater discharge, land reclamation, and marine bed capping. In …

The interaction and mixing of twin particle clouds in stagnant water were studied by a series
of laboratory experiments. The importance of source separation distance and sand particle …

A round thermal is formed when an element of buoyant fluid is released instantaneously into
a quiescent ambient. Although the thermal spreading rate is of primary importance to …

A series of Euler–Lagrangian four-way coupling Large-Eddy Simulations (LES) are
performed to study the dynamics of settling particle clouds. The numerical method is first …

Laboratory experiments were conducted to study the dynamics of particle clouds released
vertically downward into stagnant water. The importance of nozzle diameter, sand particle …

Laboratory experiments were conducted to investigate the dynamics of oblique particle
cloud in stagnant water. Previous laboratory studies on vertically downward particle clouds …

Laboratory experiments were conducted to investigate the evolution of particle clouds in
stagnant water. Nozzle size and released mass of particles were formed to an aspect ratio of …

A sediment cloud release in stagnant ambient fluid occurs in many engineering applications.
Examples include land reclamation and disposal of dredged materials. The detailed …

The evolution of sand jets passing through an immiscible layer and entering water was
experimentally investigated to understand the effects of controlling parameters on the …

Laboratory experiments were conducted to study the dynamics of sand jets passing through
two immiscible fluids. Different oil layer thicknesses, nozzle diameters, and sand masses …