Research on the Inner Water Flow Field in a Hydrocyclone by the Method of 3D Numerical Simulation
Abstract:
The inner water flow field in a hydrocyclone was simulated
by the software of computational fluid dynamics-FLUENT, using RSM turbulent
model. The air core, 3D velocity field distribution and pressure field distribution
were simulated and contrasted with experimental results. The results indicated
that the air core was through from the inlet to the outlet. The simulated 3D
velocity field distribution was consistent with the results obtained by the
experiments. The axial symmetry of pressure field distribution was quite good
and the pressure gradient was very large. All these results tested the reliability
of the method of numerical simulation and provided a reference for the further
research of solid-liquid separation and the optimizing design of the hydrocyclone.
How to cite this article
Hui Li and Ruihua Hu, 2013. Research on the Inner Water Flow Field in a Hydrocyclone by the Method of 3D Numerical Simulation. Journal of Applied Sciences, 13: 5235-5239.
REFERENCES
Fisher, M.J. and R.D. Flack, 2002. Velocity distributions in a hydrocyclone separator. Exp. Fluids, 32: 302-312.
CrossRef Direct Link
Hu, Y., L.X. Zhou, M.X. Shi and J. Zhang, 2005. A modified pressure-strain model for simulation strongly swirling flows in a cyclone separator. Engin. Mech., 22: 83-88.
CrossRef Direct Link
Liu, S.Y., Y. Zhang and B.G. Wang, 2005. Cyclone separator three-dimensional turbulent flow-field simulation using the reynolds stress model. Trans. Beijing Institute Technol., 25: 377-383.
CrossRef Direct Link
Lu, Y.J., L.X. Zhou and X. Shen, 2000. Numerical simulation of strongly swirling turbulent flows in a liquid-liquid hydrocyclone using the reynolds stress transport equation model. Sci. China (Series E), 43: 86-96.
CrossRef Direct Link
Mousavian, S.M. and A.F. Najafi, 2009. Numerical simulations of gas-liquid-solid flows in a hydrocyclone separator. Achieve Applied Mech., 79: 395-409.
CrossRef Direct Link
Zhang, Y., S.Y. Liu and B.G. Wang, 2005. Application of the reynolds stress model to the calculation of three-dimensional tubulent flow-field. J. Aeraspace Power, 20: 572-576.
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