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A Numerical Investigation Of The 3D Swirling Flow In A Pipe With Constant Diameter. Part I: Inviscid Computation
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Scientific Bulletin of the “Politehnica” University of Timisoara, Transactions on Mechanics, Tom 50(64), pp. 77-86
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ABSTRACT
The paper presents a numerical investigation of the
3D inviscid and incompressible swirling flow in a
pipe with constant diameter. In order to evaluate the
influence of different parameters (numerical schemes,
grid refinement, velocity-pressure coupling methods,
outlet boundary conditions) the 3D Euler computations
were performed. The 3D computational domain corresponds
to a pipe with constant diameter. The objective
of this study is to assess the numerical set-up for
swirling flows. In order to validate our methodology
and to estimate the accuracy of the numerical results,
we have performed extensive comparisons with
available experimental data.
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| ISSN 1224-6077 |
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2005
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| swirling flow, 3D Euler investigation |
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No file uploaded
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MUNTEAN Sebastian
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RUPRECHT Albert
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SUSAN-RESIGA Romeo
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National Journal Article
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http://mh.mec.upt.ro/accord-fluid/workshop2005/docs/09_Muntean2.pdf
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Numerical Simulation and Parallel Computing Laboratory
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| Institution: |
UPT
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