Difference between revisions of "Main ContribExamples"
From OpenFOAMWiki
(→Verification cases) |
|||
Line 26: | Line 26: | ||
*[[Main_ContribExamples/PISOvsTransientSimple|PISOvsTransientSimple]] Tutorial comparing a PISO- and a SIMPLE-based solver in transient incompressible CFD | *[[Main_ContribExamples/PISOvsTransientSimple|PISOvsTransientSimple]] Tutorial comparing a PISO- and a SIMPLE-based solver in transient incompressible CFD | ||
+ | |||
+ | *[[Main_ContribExamples/TaylorGreenVortex|TaylorGreenVortex]] Tutorial on the Taylor Green Vortex Case | ||
=== Comparisons with other solvers === | === Comparisons with other solvers === | ||
*[[example_wendel_fluent_backStep|Comparison with FLUENT for a backward-facing step]] | *[[example_wendel_fluent_backStep|Comparison with FLUENT for a backward-facing step]] |
Revision as of 22:20, 25 September 2011
This page contains user contributed input files for OpenFOAM calcultions. The purpose of this is to augment the tutorials that come with OpenFOAM.
1 Introductory Examples
- Simple 2D Laminar Flow Example
- How to create axisymetric case
- How to use the oscillatingFixedValue boundary condition
- Creating a 2D Mesh with snappyHexMesh
2 Verification cases
Cases that reproduce experimental results (used to gauge the quality of OpenFOAM-solvers).
- AirConditionedRoom Tutorial case analyzing thermal flow in air-conditioned room
- TurbulentBackstep Tutorial case analyzing turbulent backward-facing step flow
- 441ShapeBuildingModel Benchmarking OpenFOAM to wind-tunnel measurements of flow past a 4:4:1 block
- HighRiseBuildingInCityBlocks Tutorial case analyzing wind environment around high-rise building in city blocks
- ActualUrbanAreaNiigata Tutorial case analyzing wind environment around simple building shape in actual urban area Niigata in Japan
- FourWayCassetteTypeAirConditioner Tutorial case analyzing flow in a room with a four-way cassette type air conditioner
- PISOvsTransientSimple Tutorial comparing a PISO- and a SIMPLE-based solver in transient incompressible CFD
- TaylorGreenVortex Tutorial on the Taylor Green Vortex Case