Sadasivuni, SK and Sanderson, V and Bonaldo, A and Bulat, G and Swaminathan, N Application of scalar dissipation rate modelling to industrial burners in partially premixed regimes. In: 5th European Combustion Meeting, 2011-6-28 to 2011-7-1, University of Cardiff, Cardiff, UK. (Unpublished)Full text not available from this repository.
The objective of this paper is to test various available turbulent burning velocity models on an experimental version of Siemens small scale combustor using the commercial CFD code. Failure of burning velocity model with different expressions for turbulent burning velocity is observed with an unphysical flame flashback into the swirler. Eddy Dissipation Model/Finite Rate Chemistry is found to over-predict mean temperature and species concentrations. Solving for reaction progress equation with its variance using scalar dissipation rate modelling produced reasonably good agreement with the available experimental data. Two different turbulence models Shear Stress Transport (SST) and Scale Adaptive Simulation (SAS) SST are tested and results from transient SST simulations are observed to be predicting well. SAS-SST is found to under-predict with temperature and species distribution.
|Item Type:||Conference or Workshop Item (UNSPECIFIED)|
|Divisions:||Div A > Energy|
|Depositing User:||Cron Job|
|Date Deposited:||07 Mar 2014 12:34|
|Last Modified:||10 Mar 2014 17:20|
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