.. Salome_Axi documentation master file, created by
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    ################################################
    Model of Hydrocyclone
    ###############################################

:author: Hernando Gasca Garzón

.. tabularcolumns:: | p{32pt} | p{54pt} | p{326pt} |

+-----------+------------+-------------------------------------------------------------------------------------+
| Version   | Date       | Description                                                                         |
+===========+============+=====================================================================================+
|    0      | 2020-09-30 | 3D model Geometry and mesh in Salome - CFd in openFoam                              |
+-----------+------------+-------------------------------------------------------------------------------------+

In this documentation you can obtain basis for: 
- 3D Meshing.
- Turbulence and lagrangian fluid modeling.
- Overset modeling.

===============================
PY-A966 Overset Hydrocyclone 
=============================== 

-----------------------
Last model
-----------------------

There were made some previous tests in order to obtain an usefull model. There were tested differente kind of meshes:

- Salome wedge mesh with divisions in order to obtain a mapped mesh. 
- Snappyhexmesh meshes in order to obtain enouhg divisions on boundaries.

The specific scope is to obtain two geometric objects, one corresponding to the free zone and the other to the overset.
The model finally used was meshed mapping meshes with salome.


Salome model
-------------

.. toctree::
   :maxdepth: 2

   anexos/cyclon4



OpenFoam - steps
-----------------


.. toctree::
   :maxdepth: 2

   anexos/Snappyhexmesh
   anexos/FRVValve_Geometry1
   anexos/OpenFoam1
   anexos/ParaFoam1
   anexos/Dynamic1
   anexos/salome_cyclon


------------
Pruebas
------------

## .. toctree::
##   :maxdepth: 2

##   PY-A966-results