|February 18, 2013, 05:20||
How to determine if equal distribution is reached
Join Date: Jun 2010
Posts: 11Rep Power: 7
currently i'm simulating an inlet diffusor for a micro heat exchanger.
The goal is to determine how short it can still be without losing a more or less equal distribution across the face area. In this case, the micro channels were modeled using a 'porous body'.
I was thinking of using the standard deviation of the velocity or of the pressure on the area, but i'm not sure if this really gives me what i want.
I would be happy about any ideas and remarks.
Thanks in advance
|distribution, micro channel, porous body|
|Thread||Thread Starter||Forum||Replies||Last Post|
|What differenceof retention time distribution fuction and residence time distribution||zsq||FLUENT||0||December 14, 2009 21:29|
|maintaining a logarithmic velocity distribution||Morten Andersen||CFX||1||January 8, 2007 12:37|
|DPM injection with RR distribution||dan||FLUENT||2||November 1, 2005 10:29|
|Residence time distribution function||Roustam||Phoenics||3||February 26, 2002 09:47|
|Pressure distribution over an airfoil-help||Andrew Parker||FLUENT||4||February 13, 2002 12:51|