DNS 1-2 Statistical Data: Difference between revisions
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=DNS Channel Flow= | |||
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==Additional data== | ==Additional data== | ||
No additional data is provided at the moment. | |||
<!--Here additional statistical data should be provided such as data on solid surfaces and integral | <!--Here additional statistical data should be provided such as data on solid surfaces and integral | ||
time scales as specified respectively in sections 4 and 5 of [1]. Further global quantities of interest | time scales as specified respectively in sections 4 and 5 of [1]. Further global quantities of interest | ||
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| authors=Arun Soman Pillai | | authors=Arun Soman Pillai, Peter Vincent | ||
| organisation=Imperial College London | | organisation=Imperial College London | ||
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Latest revision as of 09:33, 5 January 2023
DNS Channel Flow
Statistical data
Volume data
Volumetric time averaged statistics are available in the database. The database consists of the budgets of the turbulent stress tensor. The data is grouped together by the terms in the turbulent stress budget equation - production, dissipation, pressure-strain correlation, turbulent diffusion, viscous diffusion and pressure diffusion. Each file stores the respective budget term for all the six components of the turbulent stress tensor. The statistical data is obtained by time-averaging and spatial averaging in the streamwise and span wise directions. Thus, the data is along the wall-normal direction in units. The budget quantities are normalized with and as velocity and length scales respectively.
In addition to the budget terms, the profiles of average velocity and turbulent stress tensor are provided in the database.
Additional data
No additional data is provided at the moment.
Contributed by: Arun Soman Pillai, Peter Vincent — Imperial College London
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