Difference between revisions of "Main ContribExamples/HighRiseBuildingInCityBlocks"

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(Short description)
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*corvelocityThermistor.eps - Correlation between present CFD result and wind tunnel experiment results measured by thermistor anemometer
 
*corvelocityThermistor.eps - Correlation between present CFD result and wind tunnel experiment results measured by thermistor anemometer
 
*velocitySplit.eps - Comparison between present CFD result and wind tunnel experiment results measured by anemometer with split-fiber probe (only in deg0 case)
 
*velocitySplit.eps - Comparison between present CFD result and wind tunnel experiment results measured by anemometer with split-fiber probe (only in deg0 case)
*corvelocitySplit.eps - Correlation between present CFD result and wind tunnel experiment results measured by (only in deg0 case)
+
*corvelocitySplitCodeM.eps, corvelocitySplitCodeT.eps - Correlation between other CFD results and wind tunnel experiment results measured by split-fiber probe (only in deg0 case)
  
 
To clean all files this tutorial makes, just type:
 
To clean all files this tutorial makes, just type:
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== Download ==
 
== Download ==
  
 +
*[[Media:HighRiseBuildingInCityBlocks-20081222.tar.gz|HighRiseBuildingInCityBlocks-20081222.tar.gz]] '''Latest version'''
 
*[[Media:HighRiseBuildingInCityBlocks-20070820.tar.gz|HighRiseBuildingInCityBlocks-20070820.tar.gz]]
 
*[[Media:HighRiseBuildingInCityBlocks-20070820.tar.gz|HighRiseBuildingInCityBlocks-20070820.tar.gz]]
 
 
Preprocessing utility [[Contrib_setDiscreteFields|setDiscreteFields]] and [http://gnuplot.info/ gnuplot] are required to run this tutorial
 
Preprocessing utility [[Contrib_setDiscreteFields|setDiscreteFields]] and [http://gnuplot.info/ gnuplot] are required to run this tutorial
  
 
== History ==
 
== History ==
  
[[User:Masa|Masa]] 10:52, 20 August 2008 (CEST): Initial version.
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*[[User:Masa|Masa]] 12:11, 22 December 2008 (CET): Calculate root mean square error of velocity and print it at every velocity's correlation figure. Add corvelocitySplitCodeM.eps and corvelocitySplitCodeT.eps.
 +
*[[User:Masa|Masa]] 10:52, 20 August 2008 (CEST): Initial version.

Revision as of 11:11, 22 December 2008

1 Short description

This turorial case analyzes wind environment around high-rise building in city blocks. It can automatically vary in wind direction of inlet flow among 0, 22.5, 45 degree. It also compares CFD result with wind tunnel experiment results.

2 Usage

To run this tutorial case automatically, just type:

./Allrun

It will automatically calculate three different wind direction cases, so it would take a long time to finish. If you want to calculate each cases manually, type ./Allrun in directory of each cases.

After the execution it would makes figures listed below.

  • res.eps - Initial residual
  • velocityThermistor.eps - Comparison between present CFD result and wind tunnel experiment results measured by thermistor anemometer
  • corvelocityThermistor.eps - Correlation between present CFD result and wind tunnel experiment results measured by thermistor anemometer
  • velocitySplit.eps - Comparison between present CFD result and wind tunnel experiment results measured by anemometer with split-fiber probe (only in deg0 case)
  • corvelocitySplitCodeM.eps, corvelocitySplitCodeT.eps - Correlation between other CFD results and wind tunnel experiment results measured by split-fiber probe (only in deg0 case)

To clean all files this tutorial makes, just type:

./Allclean

3 Download

Preprocessing utility setDiscreteFields and gnuplot are required to run this tutorial

4 History

  • Masa 12:11, 22 December 2008 (CET): Calculate root mean square error of velocity and print it at every velocity's correlation figure. Add corvelocitySplitCodeM.eps and corvelocitySplitCodeT.eps.
  • Masa 10:52, 20 August 2008 (CEST): Initial version.