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Application of computational fluid dynamics for two-phase gas?newtonian liquid flow through u-bend
Published in Begell House Inc.
Volume: 41
Issue: 4
Pages: 318 - 336
Experimental investigation has been carried out in order to study the air-water flow through four different U-bends. The internal diameter of the tubes and the bends was 0:01905 m, radius of curvature (mm) is 0:06 ≤ R b ≤ 0:20, water flow rate Ql ·10-4(m 3=s) is 2:000 to 4.65 and air flow rate is Qg ·10-5(m3=s) is 5:936 to 56:1189. Numerical modeling is carried using Fluent 6.3 software to find its applicability. The CFD simulations are carried out using mixture κ-ε model for air-water flow through different U-bends. We are using k-'model as the water flow through the bend is in turbulent condition. The simulated results predicts the flow structure, cell Reynolds number, static pressure, shear stress, shear strain, turbulent kinetic energy, turbulent intensity, dissipation losses, vorticity, helicityand volume fraction for two-phases. The CFD results show the very good agreementwith the experimental values. © 2014 Begell House, Inc.
About the journal
JournalData powered by TypesetInternational Journal of Fluid Mechanics Research
PublisherData powered by TypesetBegell House Inc.