The characteristics of sand–water slurry jets in water were investigated by a validated
numerical model. Predictions of the main properties of the jet such as axial and radial …

An experimental study was conducted to examine the behaviour of a sand jet front in water
and its associated fluid motions with different sand particle sizes and initial sand jet …

Sand jets in water have extensive engineering applications. A detailed numerical modeling
of sand jets in water was conducted at high initial sand concentration using a commercial …

Particle image velocimetry is used to evaluate liquid and solid velocities and turbulence
levels in the developing region of a confined solid–liquid jet. The measurements are …

This work presents a coupled Computational Fluid Dynamics-Volume of Fluid-Discrete
Element Method (CFD-VOF-DEM) framework for turbulent, particle-laden jet flows with a free …

In this study, the near flow field characteristics of particle-laden coaxial jets are numerically
investigated at three outer to inner mean velocity ratios of 1.11, 0.48, and 0.18. Three …

Sand-laden jets can be found in many engineering applications, such as, marine bed
capping, mining operations, hydro-transport, dredging material disposal, and discharge of …

A two-component LDV was used to investigate how flow structures in a liquid jet are
influenced by the presence of solid particles. Solid glass spheres with a density of 2.5 …

Three dimensional, steady, turbulent flow RANS simulations are carried out to study the near
flow field characteristics of a particle laden coaxial water jet. Spherical glass particles of 240 …