Difference between revisions of "User:Wyldckat"

From OpenFOAMWiki
(Usage of OpenFOAM)
(Usage of OpenFOAM)
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== Usage of OpenFOAM ==
 
== Usage of OpenFOAM ==
 
*Cross-compiling OpenFOAM with MinGW and Mingw-w64.
 
*Cross-compiling OpenFOAM with MinGW and Mingw-w64.
*blueAIR is the current in-house product being developed at blueCAPE. blueAIR uses OpenFOAM in Windows for CFD simulations. For more information, see the links below.
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*blueAIR is the current in-house product being developed at blueCAPE. blueAIR uses OpenFOAM in Windows for CFD simulations. For more information, see the [[#Projects|Projects]] section.
  
 
== Things on this Wiki ==
 
== Things on this Wiki ==

Revision as of 16:03, 22 July 2010

This is wyldckat's user page.

1 Description

Bruno Santos works at blueCAPE.

2 Contacts

3 Usage of OpenFOAM

  • Cross-compiling OpenFOAM with MinGW and Mingw-w64.
  • blueAIR is the current in-house product being developed at blueCAPE. blueAIR uses OpenFOAM in Windows for CFD simulations. For more information, see the Projects section.

4 Things on this Wiki

Cross Compiling OpenFOAM in Linux For Windows with MinGW

Cross Compiling OpenFOAM 1.6 in Linux For Windows with MinGW

Cross Compiling OpenFOAM 1.7 in Linux For Windows with MinGW

Using Cygwin for cross-compiling OpenFOAM

4.1 Projects

  • blueFIRE :: state-of-the-art real-time fire propagation simulator, designed to assist Civil Protection Forces in forest-fire fighting. Includes a Wind diagnosis capability. Its modular design and API allow an easy integration with GIS, fire detection and risk analysis software.
  • Cross-Compiling OpenFOAM for Windows 32 and 64bits, used in the blueCAPE's product/service blueCFD.
  • gbXML2STL :: extracts the building geometry from gbXML, processes it and returns one or more geometry STL files, depending on the command line options. Planning on making a tutorial on how to use it to run simulations with OpenFOAM.
  • blueAIR :: the parent project of gbXML2STL, that aims to provide AEC Engineers and Architects with a powerful, accurate and easy to use CFD development environment for Built environments, based in BIM/CAD models. Currently the CFD engine used is OpenFOAM.

4.2 Users


Wyldckat 20:59, 11 November 2009 (UTC)