Propagation of the initial value perturbation in a cylindrical lined duct carrying a gas flow

For the homogeneous Euler equation linearized around a non-slipping mean flow andboundary conditions corresponding to the mass-spring-damper impedance, smooth initial dataperturbations with compact support are considered. The propagation of this type of initial dataperturbations in a straight cylind...

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Main Authors: Agneta M. BALINT, Stefan BALINT
Format: Article
Language:English
Published: National Institute for Aerospace Research “Elie Carafoli” - INCAS 2013-03-01
Series:INCAS Bulletin
Subjects:
Online Access:http://bulletin.incas.ro/files/balint_m_agneta__balint_stefan__full.pdf
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author Agneta M. BALINT
Stefan BALINT
author_facet Agneta M. BALINT
Stefan BALINT
author_sort Agneta M. BALINT
collection DOAJ
description For the homogeneous Euler equation linearized around a non-slipping mean flow andboundary conditions corresponding to the mass-spring-damper impedance, smooth initial dataperturbations with compact support are considered. The propagation of this type of initial dataperturbations in a straight cylindrical lined duct is investigated. Such kind of investigations is missingin the existing literature. The mathematical tools are the Fourier transform with respect to the axialspatial variable and the Laplace transform with respect to the time variable. The functionalframework and sufficient conditions are researched that the so problem be well-posed in the sense ofHadamard and the Briggs-Bers stability criteria can be applied.
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spelling doaj.art-02ce6c314aa740a1ab48f515bde552e02022-12-21T17:32:25ZengNational Institute for Aerospace Research “Elie Carafoli” - INCASINCAS Bulletin2066-82012247-45282013-03-0151293610.13111/2066-8201.2013.5.1.4Propagation of the initial value perturbation in a cylindrical lined duct carrying a gas flowAgneta M. BALINTStefan BALINTFor the homogeneous Euler equation linearized around a non-slipping mean flow andboundary conditions corresponding to the mass-spring-damper impedance, smooth initial dataperturbations with compact support are considered. The propagation of this type of initial dataperturbations in a straight cylindrical lined duct is investigated. Such kind of investigations is missingin the existing literature. The mathematical tools are the Fourier transform with respect to the axialspatial variable and the Laplace transform with respect to the time variable. The functionalframework and sufficient conditions are researched that the so problem be well-posed in the sense ofHadamard and the Briggs-Bers stability criteria can be applied.http://bulletin.incas.ro/files/balint_m_agneta__balint_stefan__full.pdfcompressible perfect gas flowsinitial data perturbationsEuler equationaxial spatial variableinviscid non-heat-conducting:
spellingShingle Agneta M. BALINT
Stefan BALINT
Propagation of the initial value perturbation in a cylindrical lined duct carrying a gas flow
INCAS Bulletin
compressible perfect gas flows
initial data perturbations
Euler equation
axial spatial variable
inviscid non-heat-conducting:
title Propagation of the initial value perturbation in a cylindrical lined duct carrying a gas flow
title_full Propagation of the initial value perturbation in a cylindrical lined duct carrying a gas flow
title_fullStr Propagation of the initial value perturbation in a cylindrical lined duct carrying a gas flow
title_full_unstemmed Propagation of the initial value perturbation in a cylindrical lined duct carrying a gas flow
title_short Propagation of the initial value perturbation in a cylindrical lined duct carrying a gas flow
title_sort propagation of the initial value perturbation in a cylindrical lined duct carrying a gas flow
topic compressible perfect gas flows
initial data perturbations
Euler equation
axial spatial variable
inviscid non-heat-conducting:
url http://bulletin.incas.ro/files/balint_m_agneta__balint_stefan__full.pdf
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