Extension of a compressible pressure-based solver for reacting flows
JM Lourier, B Noll, M Aigner - 19th AIAA/CEAS Aeroacoustics …, 2013 - arc.aiaa.org
JM Lourier, B Noll, M Aigner
19th AIAA/CEAS Aeroacoustics Conference, 2013•arc.aiaa.orgThe extension of a compressible fractional step method for reactive flows and its
implementation in DLR CFD code THETA are discussed. Furthermore, time domain
impedance boundary conditions (TDIBC) are incorporated in the solution algorithm. Both
extensions of the original solution algorithm are validated against numerical, analytical and
experimental data.
implementation in DLR CFD code THETA are discussed. Furthermore, time domain
impedance boundary conditions (TDIBC) are incorporated in the solution algorithm. Both
extensions of the original solution algorithm are validated against numerical, analytical and
experimental data.
The extension of a compressible fractional step method for reactive flows and its implementation in DLR CFD code THETA are discussed. Furthermore, time domain impedance boundary conditions (TDIBC) are incorporated in the solution algorithm. Both extensions of the original solution algorithm are validated against numerical, analytical and experimental data.
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