Validating a Monotonically-Integrated Large Eddy Simulation Code for Subsonic Jet Acoustics | Zendy

Daniel Ingraham | Zendy; James Bridges | Zendy

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Validating a Monotonically-Integrated Large Eddy Simulation Code for Subsonic Jet Acoustics

Author(s) -

Daniel Ingraham,

James Bridges

Publication year - 2017

Publication title -

54th aiaa aerospace sciences meeting

Language(s) - English

Resource type - Conference proceedings

DOI - 10.2514/6.2017-0456

Subject(s) - solver , polygon mesh , jet (fluid) , jet noise , code (set theory) , point (geometry) , large eddy simulation , set (abstract data type) , noise (video) , turbulence , physics , computer science , acoustics , mechanics , mathematics , geometry , mathematical optimization , artificial intelligence , image (mathematics) , programming language

The results of subsonic jet validation cases for the Naval Research Lab's Jet Engine Noise REduction (JENRE) code are reported. Two set points from the Tanna matrix, set point 3 (Ma = 0.5, unheated) and set point 7 (Ma = 0.9, unheated) are attempted on three different meshes. After a brief discussion of the JENRE code and the meshes constructed for this work, the turbulent statistics for the axial velocity are presented and compared to experimental data, with favorable results. Preliminary simulations for set point 23 (Ma = 0.5, Tj=T1 = 1.764) on one of the meshes are also described. Finally, the proposed configuration for the farfield noise prediction with JENRE's Ffowcs-Williams Hawking solver are detailed.

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