Code for the modal solution of Lilley's equation with point source
Code for the modal solution of Lilley's equation with point source
Dataset supporting:
"Stone et al. Aeroacoustic catastrophes: upstream cusp beaming in Lilley's equation".
This Mathematica code can be used to compute the modal solution to Lilley's equation (for a point source) for any flow or source position at any receiver position in the far-field. This code uses the simple turning-point solution of the radial equation.
Also included here:
1. Ring source modal solution.
2. Weighted ring source solution.
Asymptotics, WKB, modal, parallel sheer flow, aeroacoustics, Lilley's equation, acoustic analogy, jet noise
University of Southampton
Stone, Jonathan
1794a631-0f35-44c3-94dd-68766d0ac401
Stone, Jonathan
1794a631-0f35-44c3-94dd-68766d0ac401
Stone, Jonathan
(2016)
Code for the modal solution of Lilley's equation with point source.
University of Southampton
[Dataset]
Abstract
Dataset supporting:
"Stone et al. Aeroacoustic catastrophes: upstream cusp beaming in Lilley's equation".
This Mathematica code can be used to compute the modal solution to Lilley's equation (for a point source) for any flow or source position at any receiver position in the far-field. This code uses the simple turning-point solution of the radial equation.
Also included here:
1. Ring source modal solution.
2. Weighted ring source solution.
Text
ModalSolutionsPRSA.nb
- Dataset
Text
ReadMe403414.rtf
- Dataset
More information
Published date: 2016
Keywords:
Asymptotics, WKB, modal, parallel sheer flow, aeroacoustics, Lilley's equation, acoustic analogy, jet noise
Organisations:
Acoustics Group
Identifiers
Local EPrints ID: 403414
URI: http://eprints.soton.ac.uk/id/eprint/403414
PURE UUID: 6d5ddb38-d255-4e69-ab1e-18c6ab7df1fc
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Date deposited: 06 Dec 2016 14:55
Last modified: 04 Nov 2023 10:28
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Contributors
Creator:
Jonathan Stone
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