DNS 1-5 Instantaneous Data: Difference between revisions
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= Instantaneous data = | = Instantaneous data = | ||
Time-resolved data should be provided as well in the boundary layer regions as outlined in section | Instantaneous volumetric data is provided every approximately 25 time units for around 800 time units, resulting in 38 snapshots. | ||
The variables provided are the instantaneous velocity and pressure as well as their gradients. The data is provided separately for the inlet square duct area (x=[0,5]) and the diffuser area (x=[5,42.5]). | |||
The long inlet duct and the exit area are left out of the dataset. | |||
For more information regarding the storage format, please refer to the storage format guidelines. | |||
<!--Time-resolved data should be provided as well in the boundary layer regions as outlined in section | |||
6 of [1]. The spatial resolution should be that of the computation. The temporal resolution | 6 of [1]. The spatial resolution should be that of the computation. The temporal resolution | ||
duration should be related to the boundary layer characteristics, and certainly in terms of wall | duration should be related to the boundary layer characteristics, and certainly in terms of wall | ||
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This section may also contain time histories at selected probe locations to illustrate time | This section may also contain time histories at selected probe locations to illustrate time | ||
scales etc. | scales etc. | ||
Indicate how the data were non-dimensionalised. | Indicate how the data were non-dimensionalised.--> | ||
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Revision as of 11:27, 15 September 2022
Instantaneous data
Instantaneous volumetric data is provided every approximately 25 time units for around 800 time units, resulting in 38 snapshots. The variables provided are the instantaneous velocity and pressure as well as their gradients. The data is provided separately for the inlet square duct area (x=[0,5]) and the diffuser area (x=[5,42.5]). The long inlet duct and the exit area are left out of the dataset. For more information regarding the storage format, please refer to the storage format guidelines.
Contributed by: Francesco Bassi, Alessandro Colombo, Francesco Carlo Massa — Università degli studi di Bergamo (UniBG)
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