Zeidan, D. and Slaouti, Arezki and Romenski, E. and Toro, E. F. (2007) Numerical solution for hyperbolic conservative two-phase flow equations. ISSN 0219-8762Full text not available from this repository.
We outline an approximate solution for the numerical simulation of two-phase fluid flows with a relative velocity between the two phases. A unified two-phase flow model is proposed for the description of the gas–liquid processes which leads to a system of hyperbolic differential equations in a conservative form. A numerical algorithm based on a splitting approach for the numerical solution of the model is proposed. The associated Riemann problem is solved numerically using Godunov methods of centered-type. Results show the importance of the Riemann problem and of centered schemes in the solution of the two-phase flow problems. In particular, it is demonstrated that the Slope Limiter Centered (SLIC) scheme gives a low numerical dissipation at the contact discontinuities, which makes it suitable for simulations of practical two-phase flow processes.
|Additional Information:||Full-text of this article is not available in this e-prints service. This article was originally published International Journal of Computational Methods, published by and copyright World Scientific Publishing Co.|
|Divisions:||Legacy Research Institutes > Dalton Research Institute > General Engineering|
|Date Deposited:||17 Sep 2009 14:50|
|Last Modified:||01 Sep 2016 13:56|
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