DNS 1-3 Statistical Data: Difference between revisions
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= Statistical data = | = Statistical data = | ||
==Volume data== | ==Volume data== | ||
Volumetric data on the statistics computed is provided in HDF5 files. This can be easily read through the [https://www.hdfgroup.org/solutions/hdf5/ HDF5 library] or python's [https://www.h5py.org/ h5py]. The tree scheme of the dataset is the following: | |||
* Statistics.h5 | |||
** 01_Info | |||
** 02_Entries | |||
*** Inputs | |||
*** 01_Output | |||
**** AdditionalQuantities | |||
**** Convection | |||
**** Production | |||
**** TurbulentDiffusion01 | |||
**** TurbulentDiffusion02 | |||
**** PressureStrain | |||
**** Dissipation | |||
**** TripleCorrelation | |||
**** PressureVelocity | |||
[http://kbwiki-data.s3-eu-west-2.amazonaws.com/DNS-1/3/Statistics.h5 Statistics (9.1 kB)] | |||
==Additional data== | ==Additional data== | ||
Revision as of 11:49, 15 February 2021
Statistical data
Volume data
Volumetric data on the statistics computed is provided in HDF5 files. This can be easily read through the HDF5 library or python's h5py. The tree scheme of the dataset is the following:
- Statistics.h5
- 01_Info
- 02_Entries
- Inputs
- 01_Output
- AdditionalQuantities
- Convection
- Production
- TurbulentDiffusion01
- TurbulentDiffusion02
- PressureStrain
- Dissipation
- TripleCorrelation
- PressureVelocity
Additional data
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
( e.g. drag/lift coefficients, mass flow rates, efficiencies, . . . ) should be given here and if need be
the procedure should be described in detail. Indicate how the data were non-dimensionalised.
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