Decending Temperature to Solid Domain (CHT).

sandeep_tu · May 12, 2009, 12:44

hi all,

i am trying to analyse the heat transfer between the solid and fluid domains (CHT), i,e there is solid domain and fluid is flowing through it and i am trying to calculate the heat transfer between them, i have a probem that i want to give the temperature for the solid domain as decending temperature (i,e high on the top and decreasing to bottom).

can any one help me that how can i do this, thanks in advance.

ghorrocks · May 12, 2009, 19:54

Hi,

Define a CEL expression, maybe initial temperature = constant1 * (y/constant2 [m]). Make sure the units end up in temperature units hence constant2 has the units of metres.

You can also use 1D or 3D interpolation functions as CEL expressions.

Glenn Horrocks

May 12, 2009, 12:44	Decending Temperature to Solid Domain (CHT).	#1
sandeep_tu Member Sandeep Join Date: Apr 2009 Location: Munich, Germany Posts: 30 Rep Power: 17	hi all, i am trying to analyse the heat transfer between the solid and fluid domains (CHT), i,e there is solid domain and fluid is flowing through it and i am trying to calculate the heat transfer between them, i have a probem that i want to give the temperature for the solid domain as decending temperature (i,e high on the top and decreasing to bottom). can any one help me that how can i do this, thanks in advance.

Similar Threads
Thread	Thread Starter	Forum	Replies	Last Post
increasing mesh quality is leading to poor convergence	tippo	CFX	2	May 5, 2009 11:55
Convective Heat Transfer - Heat Exchanger	Mark	CFX	6	November 15, 2004 16:55
CFX4.3 -build analysis form	Chie Min	CFX	5	July 13, 2001 00:19
UDFs for Scalar Eqn - Fluid/Solid HT	Greg Perkins	FLUENT	0	October 14, 2000 00:03
UDFs for Scalar Eqn - Fluid/Solid HT	Greg Perkins	FLUENT	0	October 11, 2000 04:43

May 12, 2009, 19:54		#2
ghorrocks Super Moderator Glenn Horrocks Join Date: Mar 2009 Location: Sydney, Australia Posts: 17,854 Rep Power: 144	Hi, Define a CEL expression, maybe initial temperature = constant1 * (y/constant2 [m]). Make sure the units end up in temperature units hence constant2 has the units of metres. You can also use 1D or 3D interpolation functions as CEL expressions. Glenn Horrocks