Difference between revisions of "Valve"

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(Created page with "{{metamodel|valve}} == Additional information == The physical background is the cryogenic treatment of warts by application of a cryogenic fluid. The idea is to maximize the...")
 
(Additional information)
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== Additional information ==
 
== Additional information ==
  
The physical background is the cryogenic treatment of warts by application of a cryogenic fluid. The idea is to maximize the destruction of wart tissue cells while minimizing damages to healthy skin tissue. A damage function depending on temperature distribution and exposure time is built to represent this trade-off. The purpose of the modeling is to determine the application time that minimizes the damage function.
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This model is the didactic CFD model of a valve.  
Geometrical and modeling parameters can be interactively modified in the ONELAB window. By clicking on the "Run" button, the thermal solver of Elmer is invoked. After execution, a plot of the damage function vs. time is displayed, and the computed optimum application time tmin is highlighted in the ONELAB window.
 
  
 
Cd to the models' directory in a terminal and issue '''gmsh valve.py''' at the prompt,  
 
Cd to the models' directory in a terminal and issue '''gmsh valve.py''' at the prompt,  

Revision as of 14:49, 30 May 2014

CFD model of a valve

Download model archive (valve.zip)
Browse individual model files

Additional information

This model is the didactic CFD model of a valve.

Cd to the models' directory in a terminal and issue gmsh valve.py at the prompt, or open valve.py from the "File" menu of Gmsh.

Model developed by F. Henrotte and L. Fitschy (GDTech).