Direct numerical simulation of a separated turbulent boundary layer
Direct numerical simulation of two turbulent boundary layer flows has been performed. The boundary layers are both subject to a strong adverse pressure gradient. In one case a separation bubble is created while in the other the boundary layer is everywhere attached. The data from the simulations are...
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| Published in | Journal of fluid mechanics Vol. 471; pp. 107 - 136 |
|---|---|
| Main Authors | , |
| Format | Journal Article |
| Language | English |
| Published |
Cambridge, UK
Cambridge University Press
25.11.2002
|
| Subjects | |
| Online Access | Get full text |
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| Abstract | Direct numerical simulation of two turbulent boundary layer flows has been performed. The boundary layers are both subject to a strong adverse pressure gradient.
In one case a separation bubble is created while in the other the boundary layer is
everywhere attached. The data from the simulations are used to investigate scaling
laws near the wall, a crucial concept in turbulence models. Theoretical work concerning the inner region in a boundary layer under an adverse pressure gradient is
reviewed and extended to the case of separation. Excellent agreement between theory
and data from the direct numerical simulation is found in the viscous sub-layer, while
a qualitative agreement is obtained for the overlap region. |
|---|---|
| AbstractList | Direct numerical simulation of two turbulent boundary layer flows has been performed. The boundary layers are both subject to a strong adverse pressure gradient. In one case a separation bubble is created while in the other the boundary layer is everywhere attached. The data from the simulations are used to investigate scaling laws near the wall, a crucial concept in turbulence models. Theoretical work concerning the inner region in a boundary layer under an adverse pressure gradient is reviewed and extended to the case of separation. Excellent agreement between theory and data from the direct numerical simulation is found in the viscous sub-layer, while a qualitative agreement is obtained for the overlap region. [PUBLICATION ABSTRACT] Direct numerical simulation of two turbulent boundary layer flows has been performed. The boundary layers are both subject to a strong adverse pressure gradient. In one case a separation bubble is created while in the other the boundary layer is everywhere attached. The data from the simulations are used to investigate scaling laws near the wall, a crucial concept in turbulence models. Theoretical work concerning the inner region in a boundary layer under an adverse pressure gradient is reviewed and extended to the case of separation. Excellent agreement between theory and data from the direct numerical simulation is found in the viscous sub-layer, while a qualitative agreement is obtained for the overlap region. Direct numerical simulation of two turbulent boundary layer flows has been performed. The boundary layers are both subject to a strong adverse pressure gradient. In one case a separation bubble is created while in the other the boundary layer is everywhere attached. The data from the simulations are used to investigate scaling laws near the wall, a crucial concept in turbulence models. Theoretical work concerning the inner region in a boundary layer under an adverse pressure gradient is reviewed and extended to the case of separation. Excellent agreement between theory and data from the direct numerical simulation is found in the viscous sub-layer, while a qualitative agreement is obtained for the overlap region. |
| Author | SKOTE, MARTIN HENNINGSON, DAN S. |
| Author_xml | – sequence: 1 givenname: MARTIN surname: SKOTE fullname: SKOTE, MARTIN organization: Department of Mechanics, KTH, SE-100 44, Stockholm, Sweden – sequence: 2 givenname: DAN S. surname: HENNINGSON fullname: HENNINGSON, DAN S. organization: Department of Mechanics, KTH, SE-100 44, Stockholm, Sweden |
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| Keywords | Boundary layer separation Turbulent flow Flow separation Digital simulation Separation bubble Velocity distribution Boundary layers Turbulence structure Pressure gradients |
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| Title | Direct numerical simulation of a separated turbulent boundary layer |
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