A weak statement perturbation CFD algorithm with high-order phase accuracy for hyperbolic problems

Achieving improved order of accuracy for any numerical method is a continuing quest. The discrete approximate solution error, in general, can be expressed as a truncation of a Taylor series expansion. Herein, we present a weak statement perturbation always yielding simple tridiagonal forms that can...

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Published inComputer methods in applied mechanics and engineering Vol. 131; no. 3; pp. 209 - 232
Main Authors Roy, Subrata, Baker, A.J.
Format Journal Article
LanguageEnglish
Published Amsterdam Elsevier B.V 1996
Elsevier
Subjects
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ISSN0045-7825
1879-2138
DOI10.1016/0045-7825(95)00863-2

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Abstract Achieving improved order of accuracy for any numerical method is a continuing quest. The discrete approximate solution error, in general, can be expressed as a truncation of a Taylor series expansion. Herein, we present a weak statement perturbation always yielding simple tridiagonal forms that can reduce, or annihilate in special cases, the Taylor series truncation error to high order. The procedure is analyzed via a von Neumann frequency analysis, and verification CFD solutions are reported in one and two dimensions. Finally, using the element specific (local) Courant number, a continuum (total) time integration procedure is derived that can directly produce a final time solution independent of mesh measure.
AbstractList Achieving improved order of accuracy for any numerical method is a continuing quest. The discrete approximate solution error, in general, can be expressed as a truncation of a Taylor series expansion. Herein, we present a weak statement perturbation always yielding simple tridiagonal forms that can reduce, or annihilate in special cases, the Taylor series truncation error to high order. The procedure is analyzed via a von Neumann frequency analysis, and verification CFD solutions are reported in one and two dimensions. Finally, using the element specific (local) Courant number, a continuum (total) time integration procedure is derived that can directly produce a final time solution independent of mesh measure.
Achieving improved order of accuracy for any numerical method is a continuing quest. The discrete approximate solution error, in general, can be expressed as a truncation of a Taylor series expansion. Herein, we present a weak statement perturbation always yielding simple tridiagonal forms that can reduce, or annihilate in special cases, the Taylor series truncation error to high order. The procedure is analyzed via a von Neumann frequency analysis, and verification CFD solutions are reported in one and two dimensions. Finally, using the element specific (local) Courant number, a continuum (total) time integration procedure is derived that can directly produce a final time solution independent of mesh measure.
Author Baker, A.J.
Roy, Subrata
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Cites_doi 10.1016/0021-9991(92)90324-R
10.1002/cpa.3160070112
10.1002/fld.1650070505
10.1016/0045-7825(89)90129-1
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Keywords Finite element method
Perturbation method
Wave propagation
Modal analysis
Flow(fluid)
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Taylor series
Galerkin method
Numerical method
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Title A weak statement perturbation CFD algorithm with high-order phase accuracy for hyperbolic problems
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