Version	Date	Description
0	2020-02-10	axisymmetric model Geometry and mesh in Salome - CFd in openFoam

In this documentation you can obtain basis for: - Axisymmetric Meshing. - Turbulence and multiphase fluid modeling.

PY-A955 Well FRV

Last model

There were made a lot of 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.

• CFMesh

The scope was to obtain two geometric objects, one corresponding to the free zone and the other to the overset. In this way it is possible to proceed in two different ways, by modelling the hole patchs from the geometric tool or to do that with the toposet cutting tool.

The model finally used was meshed with salome, in the tests chapter it is possible to see the previous tests.

Salome model

• Geometry and background mesh for snappyhexmesh

OpenFoam - steps

https://holzmann-cfd.com/community/training-cases/archived/cell-zone-generation

• Snappyhexmesh Cyclon overset construction
  • surfaceFeatureExtract dictionary
• Tests - Creating Geometry and Mesh
• Use on OpenFOAM
  • openFoam Flies
  • Actions
• paraFaom postprocessing
• Dynamic Model
• Overset Meshing

Pruebas

• FUNCIONAMIEMTO FRV
  • Objective and scope
  • Summary
  • Unidades
  • Geometría
  • Construcción del modelo
  • Cálculo SCH-STD
  • Cálculo SCH-80
  • Verificaciones
  • Límites del análisis
  • Anexos