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Simulatneous temperature distribution...!
Posted 2013年2月26日 GMT-5 06:46 Fluid & Heat, Heat Transfer & Phase Change, Geometry, Modeling Tools & Definitions, Parameters, Variables, & Functions, Results & Visualization, Studies & Solvers Version 4.3a 5 Replies
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Dear Comsol Users,
I am willing to come over to you again, this time with some questions I would like to be enlighted.
I've built a 3D heat exchanger (coil) inside a material (cylinder) and with Comsol, I would like to figure out the temperature distribution in the coil and on the material (cylinder). For this purpose i used "conjugate heat transfer" thinking that could give the both temperature distribution. Unfortunately, I only have velocity/pressure and temperature distribution
of the fluid inside the coil and nothing regarding the material...!!!!
- So I ask to you which other physics should I apply or did I used the previous module in the wrong way?
- What can I do to have the temperature distribution in the cylinder?
- Which physics moduls should I apply together in order to evaluate both fluid and maerial?
- Please, how to evaluate then the heat transfer coefficient?
Thanks in advance for your replies and look forward to hear from you guys.
--
A. Fopah Lele
I am willing to come over to you again, this time with some questions I would like to be enlighted.
I've built a 3D heat exchanger (coil) inside a material (cylinder) and with Comsol, I would like to figure out the temperature distribution in the coil and on the material (cylinder). For this purpose i used "conjugate heat transfer" thinking that could give the both temperature distribution. Unfortunately, I only have velocity/pressure and temperature distribution
of the fluid inside the coil and nothing regarding the material...!!!!
- So I ask to you which other physics should I apply or did I used the previous module in the wrong way?
- What can I do to have the temperature distribution in the cylinder?
- Which physics moduls should I apply together in order to evaluate both fluid and maerial?
- Please, how to evaluate then the heat transfer coefficient?
Thanks in advance for your replies and look forward to hear from you guys.
--
A. Fopah Lele
5 Replies Last Post 2013年3月7日 GMT-5 17:21