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datasetmeca:jetoscillatingbodies [2020/11/09 18:30] – [Database organisation] yanndatasetmeca:jetoscillatingbodies [2021/12/15 17:19] (Version actuelle) yann
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-===== 3D planar jet through oscillating bodies $Re_{H}= 1000$ =====+===== 3D planar jet through oscillating bodies at $Re_{H}= 1000$ =====
  
 +<note>
 +The motion of bodies is vertical and forced with a sinusoïdal function\\
 +Three different frequencies are considered
 +</note>
  
-**Author** :  Y. Fraigneau  CNRS-LIMSI (yann.fraigneau@limsi.fr) \\ +**Author** :  Y. Fraigneau  CNRS-LIMSI (yann.fraigneau@lisn.fr) \\ 
-**Date**   :  July 2018\\+**Date**   :  April 2019\\ 
 +**Simulation type** : DNS ([[https://sunfluidh.lisn.upsaclay.fr|Sunfluidh code]]) \\
 **Location** : DATABASE_JET_TROUGH_OSCILLATING_BODIES_DNS \\ **Location** : DATABASE_JET_TROUGH_OSCILLATING_BODIES_DNS \\
-**Simulation type** : DNS ([[https://sunfluidh.limsi.fr|Sunfluidh code]])+**Status** : Free access \\ 
 +**Data size** ~ 2.3 Gb \\ 
  
 {{ :datasetmeca:pict_flow_through_osc_bodies.png?900 |}} {{ :datasetmeca:pict_flow_through_osc_bodies.png?900 |}}
-\\+ 
 +[[https://sunfluidh.lisn.upsaclay.fr/doku.php?id=sunfluidh:sunfluidh_gallery| A video is available here ]] 
 + 
 [[:start|Come back to first page]] [[:start|Come back to first page]]
 ----- -----
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                 * height (y): Body's heights vary in regard to time $t$ in such a way the clearance $h_c$ between bodies evolves as $h_c= h_m*\sin(2\pi.f_0.t)$                 * height (y): Body's heights vary in regard to time $t$ in such a way the clearance $h_c$ between bodies evolves as $h_c= h_m*\sin(2\pi.f_0.t)$
                 * width (z) : $l_z=1.0$                 * width (z) : $l_z=1.0$
 +                * bodies are modeled with a pseudo-penalisation method (Pasquetti et al., Applied Numerical Mathematics, 2008)
   - **Boundary conditions**   - **Boundary conditions**
       * Inlet           : imposed pressure condition ($P_i=1$)       * Inlet           : imposed pressure condition ($P_i=1$)
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 [[:start|Come back to first page]] [[:start|Come back to first page]]
 ---- ----
-==== Data Recording : information about data types ====+==== Data features ====
 ---- ----
  
    * **3D snapshots**    * **3D snapshots**
-         * Instantaneous fields : velocity components in x, y and z directions (U,V,W), the pressure (P) and phase function related to body position (TRACE)+         * Instantaneous fields : velocity components in x, y and z directions (U,V,W), the pressure (P) and the phase function related to the body motions (TRACE)
          * Recording rate : 0.05 time unit          * Recording rate : 0.05 time unit
          * Time range from from 0.0 to 100.0 time units          * Time range from from 0.0 to 100.0 time units
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 ---- ----
  
-**Data size** : ~ 9.5 Go \\+**Data size** : ~ 2.3 Gb \\
 **Main directory** : /vol/DATABASE_MECA/DATABASE_JET_TROUGH_OSCILLATING_BODIES_DNS \\ **Main directory** : /vol/DATABASE_MECA/DATABASE_JET_TROUGH_OSCILLATING_BODIES_DNS \\
-For more details about files, see the [[https://sunfluidh.limsi.fr|the wiki doc of Sunfluidh]]+For more details about files, see the [[https://sunfluidh.limsi.fr| wiki doc of Sunfluidh]]
  
 === Directories & files === === Directories & files ===
datasetmeca/jetoscillatingbodies.1604943041.txt.gz · Dernière modification : 2020/11/09 18:30 de yann

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