Numerical simulation of supersonic combustion of hydrogen in a vitiated air stream

Khan, AA and Venkat Iyengar, S (2009) Numerical simulation of supersonic combustion of hydrogen in a vitiated air stream. In: 11th AeSI Annual CFD Symposium, 11-12 Aug 2009, Inidian Institute of Science, Bangalore, India.

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Towards developing predictive models for flows in supersonic combustors, a validation effort to study reactive flows in supersonic combustors was performed using the commercial CFD (Computational Fluid Dynamics) software, FLUENT. A parallel stepped wall injection of hydrogen into a hot vitiated supersonic air stream, for which detailed experimental data was available, was chosen for studying reaction in supersonic flows. The reacting flow study involved the use of a Finite Rate/Eddy dissipation model and a laminar finite-rate chemistry model for turbulence chemistry interaction using different turbulence models. The results for this study compare well with the experimental data, showing that the H2-Air Global Kinetic mechanism with measured inlet profiles provides a reasonably accurate prediction, with RNG turbulence model using Finite-Rate/eddy dissipation approach for turbulence chemistry interaction..

Item Type: Conference or Workshop Item (Paper)
Uncontrolled Keywords: Supersonic flows;Chemical kinetics;Wall injection;RANS;Turbulence chemistry interaction
Subjects: AERONAUTICS > Aeronautics (General)
AERONAUTICS > Aerodynamics
Depositing User: Ms. Alphones Mary
Date Deposited: 09 Apr 2013 07:53
Last Modified: 09 Apr 2013 07:53

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