Application of a solution-adaptive multigrid method to the Euler equations

H.T.M. Maarel, van der; P.W. Hemker; B. Koren; J.A. Michelsen

Application of a solution-adaptive multigrid method to the Euler equations

H.T.M. Maarel, van der, P.W. Hemker, B. Koren, J.A. Michelsen

Electromechanics and Power Electronics

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Abstract

A locally refined multigrid method for solving the steady Euler equations of gas dynamics is presented. The method makes use of grids in a locally nested sequence. It is briefly described and next applied to some steady Euler flow problems. The method appears to be more accurate and more efficient than the corresponding multigrid method that applies global refinements only.

Original language	English
Pages (from-to)	49-75
Journal	CWI Quarterly
Volume	6
Issue number	1
Publication status	Published - 1993

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title = "Application of a solution-adaptive multigrid method to the Euler equations",

abstract = "A locally refined multigrid method for solving the steady Euler equations of gas dynamics is presented. The method makes use of grids in a locally nested sequence. It is briefly described and next applied to some steady Euler flow problems. The method appears to be more accurate and more efficient than the corresponding multigrid method that applies global refinements only.",

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T1 - Application of a solution-adaptive multigrid method to the Euler equations

AU - Maarel, van der, H.T.M.

AU - Hemker, P.W.

AU - Koren, B.

AU - Michelsen, J.A.

PY - 1993

Y1 - 1993

N2 - A locally refined multigrid method for solving the steady Euler equations of gas dynamics is presented. The method makes use of grids in a locally nested sequence. It is briefly described and next applied to some steady Euler flow problems. The method appears to be more accurate and more efficient than the corresponding multigrid method that applies global refinements only.

AB - A locally refined multigrid method for solving the steady Euler equations of gas dynamics is presented. The method makes use of grids in a locally nested sequence. It is briefly described and next applied to some steady Euler flow problems. The method appears to be more accurate and more efficient than the corresponding multigrid method that applies global refinements only.

M3 - Article

SN - 0922-5366

VL - 6

SP - 49

EP - 75

JO - CWI Quarterly

JF - CWI Quarterly

IS - 1

ER -

Application of a solution-adaptive multigrid method to the Euler equations

Abstract

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