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LES results obtained with the fully coupled approach are compared to experimental data and to LES performed with adiabatic walls for a swirled turbulent methane/air burner installed at Engler-Bunte-Institute, Karlsruhe Institute of Technology and German Aerospace Center DLRR) in Stuttgart.
LES results for all modes are compared to a Helmholtz solver output, showing that the transverse mode appearing in the LES is the 1Lx-2Ty-0Tz eigenmode of the chamber, affecting the velocity field symmetrically.
LES results show a clockwise mean flow vortex.
The obtained LES results are compared with experimental measurements.
Subsequently, some numerical issues, in particular questions associated with the reliability of LES results, are outlined.
The results of these detailed measurements are used to thoroughly validate the LES results.
The LES results were in good agreement with the available experimental data in terms of mean, RMS, skewness and kurtosis.
The LES results are then used to further investigate the flow physics involved in the transition process.
Furthermore, deposition data from the LRN k-ω model compares favorably with LES results for the same characteristic geometry.
By changing the initial field, it is demonstrated that initial conditions have a very significant influence on the LES results.
Measurements of velocity field, temperature, and major species concentrations are compared against LES results.
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CEO of Professional Science Editing for Scientists @ prosciediting.com