DNS 1-5 Instantaneous Data: Difference between revisions

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= Instantaneous data =
= Instantaneous data =
Instantaneous volumetric data is provided for 60 evenly-spaced snapshot over the time window <math>T_{w} = 1.5 R_{max}/u_{ref} ~ 3.947 h_{bump}/u_{ref}</math> with <math>R_{max} = 0.0762 m</math>, <math>u_{ref} = 46.186 m/s, h_{bump} = 0.02888 m</math>.
Instantaneous volumetric data is provided for 60 evenly-spaced snapshot over the time window <math>T_{w} = 1.5 R_{max}/u_{ref} \approx 3.947 h_{bump}/u_{ref}</math> where <math>R_{max} = 0.0762 m</math>, <math>u_{ref} = 46.186 m/s, h_{bump} = 0.02888 m</math>.


Each wrapped file is denoted with a number which represents the time and contains the instantaneous velocity, pressure and temperature as well as their gradients.  
Each wrapped file is denoted with a number which represents the time and contains the instantaneous velocity, pressure and temperature as well as their gradients.  

Revision as of 11:39, 15 September 2022


Front Page

Description

Computational Details

Quantification of Resolution

Statistical Data

Instantaneous Data

Storage Format

Instantaneous data

Instantaneous volumetric data is provided for 60 evenly-spaced snapshot over the time window where , .

Each wrapped file is denoted with a number which represents the time and contains the instantaneous velocity, pressure and temperature 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]).

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)

Front Page

Description

Computational Details

Quantification of Resolution

Statistical Data

Instantaneous Data

Storage Format


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