Difference between revisions of "Main ContribExamples"

From OpenFOAMWiki
m (fixed typo)
 
(30 intermediate revisions by 18 users not shown)
Line 1: Line 1:
This page contains user contributed input files for OpenFOAM calcultions. The purpose of this is to augment the tutorials that come with OpenFOAM.  
+
This page contains user contributed input files for OpenFOAM calculations. The purpose of this is to augment the tutorials that come with OpenFOAM.  
  
 
== Introductory Examples ==
 
== Introductory Examples ==
[[Main_ContribExamples/ExampleSimple2DFlow| Simple 2D Laminar Flow Example]]
+
*[[Main_ContribExamples/ExampleSimple2DFlow| Simple 2D Laminar Flow Example]]
 +
*[[Main_ContribExamples/AxiSymmetric| How to create axisymetric case]]
 +
*[[Main_ContribExamples/OscillatingFixedValue| How to use the oscillatingFixedValue boundary condition]]
 +
*[[Main_ContribExamples/2DsHM| Creating a 2D Mesh with snappyHexMesh]]
 +
 
 +
For more examples that are not on this wiki, have a look into this sub-page: [[Main ContribExamples/Sample cases]]
  
 
== Verification cases ==
 
== Verification cases ==
  
 
Cases that reproduce experimental results (used to gauge the quality of OpenFOAM-solvers).
 
Cases that reproduce experimental results (used to gauge the quality of OpenFOAM-solvers).
  <div id="ghsfg5dfhsdfhd" style="overflow:auto;height:3px;">[http://www.zorpia.com/replicawatch2 replica watch] </div> <div id="aflknwerkamfs" style="overflow:auto;height:5px;">[http://www.zorpia.com/cigarettes camel cigarette] [http://www.zorpia.com/jacobwatch jacob co replica watch] [http://www.zorpia.com/lousv louis vuitton replica watch] [http://www.zorpia.com/designerwatch replica designer watch] [http://www.zorpia.com/swissreplica swiss replica rolex watch] [http://luxuryreplica.blog.kataweb.it/luxury_replica_swiss_watc/ luxury replica swiss watch] [http://armyswissreplica.blog.kataweb.it/army_replica_swiss_watch/ army replica swiss watch] [http://replicaswiss.blog.kataweb.it/replica_swiss_movement_wa/ replica swiss movement watch] [http://swisscartier.blog.kataweb.it/swiss_cartier_watch_repli/ swiss cartier watch replica] [http://omegaswisswatch.blog.kataweb.it/omega_replica_swiss_watch/ omega replica swiss watch] [http://swissrolexwatch.blog.kataweb.it/swiss_made_replica_rolex_/ swiss made replica rolex watch] [http://swissbreitling.blog.kataweb.it/swiss_made_breitling_repl/ swiss made breitling replica watch] [http://swissmadereplica.blog.kataweb.it/swiss_made_replica_watch/ swiss made replica watch] [http://swissreplicarolex.blog.kataweb.it/swiss_replica_rolex_watch/ swiss replica rolex watch] [http://kirdyk.piranho.com rolex replica] [http://s3.phpbbforfree.com/forums/index.php?mforum=mywatch replica watches] [http://watchreplica.piranho.com/watch.html replica watch] [http://www.u-blog.net/gleb buy replica watch] [http://kirdyk.piranho.com rolex replica] [http://s3.phpbbforfree.com/forums/index.php?mforum=mywatch replica watches] [http://watchreplica.piranho.com/watch.html replica watch] [http://www.u-blog.net/gleb buy replica watch] </div> <div id="wyikol" style="overflow:auto; height: 1px; ">[http://f79asd3454dfsdf.com 5656456222]</div>
+
 
 +
*[[Blasius_Flat-Plate_Flow_Benchmark|Benchmark of OpenFOAM solvers to analytical Blasius flat-plate flow solution]]
 +
 
 +
*[[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
 +
 
 +
* [http://www.opencae.jp/wiki/OpenFOAM-VandV-SIG/Misc OpenFOAM V&V SIG Miscellaneous V&V test cases]
 +
**[[Main_ContribExamples/TurbulentBackstep|TurbulentBackstep]] Tutorial case analyzing turbulent backward-facing step flow
 +
**[[Main_ContribExamples/AirConditionedRoom|AirConditionedRoom]] Tutorial case analyzing thermal flow in air-conditioned room
 +
**[[Main_ContribExamples/FourWayCassetteTypeAirConditioner|FourWayCassetteTypeAirConditioner]] Tutorial case analyzing flow in a room with a four-way cassette type air conditioner
 +
 
 +
* [http://www.opencae.jp/wiki/OpenFOAM-VandV-SIG/AIJ-PWEAB OpenFOAM V&V SIG test cases related to AIJ guidelines for practical applications of CFD to pedestrian wind environment around buildings]
 +
**[[Main_ContribExamples/441ShapeBuildingModel|441ShapeBuildingModel]] Benchmarking OpenFOAM to wind-tunnel measurements of flow past a 4:4:1 block
 +
**[[Main_ContribExamples/HighRiseBuildingInCityBlocks|HighRiseBuildingInCityBlocks]] Tutorial case analyzing wind environment around high-rise building in city blocks
 +
**[[Main_ContribExamples/ActualUrbanAreaNiigata|ActualUrbanAreaNiigata]] Tutorial case analyzing wind environment around simple building shape in actual urban area  Niigata in Japan
 +
 
 +
 
 +
 
 +
=== Comparisons with other solvers ===
 +
 
 +
*[[example_wendel_fluent_backStep|Comparison with FLUENT for a backward-facing step]]

Latest revision as of 19:26, 4 January 2015

This page contains user contributed input files for OpenFOAM calculations. The purpose of this is to augment the tutorials that come with OpenFOAM.

1 Introductory Examples

For more examples that are not on this wiki, have a look into this sub-page: Main ContribExamples/Sample cases

2 Verification cases

Cases that reproduce experimental results (used to gauge the quality of OpenFOAM-solvers).

  • PISOvsTransientSimple Tutorial comparing a PISO- and a SIMPLE-based solver in transient incompressible CFD


2.1 Comparisons with other solvers