Bidirectional coupling of "Conductive media DC" with " Heat Transfer by...
Hi I am coupling "conductive media dc" to "heat transfer with conduction" to see the effect of electrical conductivity due to thermal heating and vice versa. In the "heat transfer with conduction"...
View ArticleRe: Bidirectional coupling of "Conductive media DC" with " Heat Transfer by...
Are you using conductivity 'from material' or 'user defined'? In the first case you have to check if the material property is given temperature dependent. In the later case you have to specify the...
View ArticleRe: Bidirectional coupling of "Conductive media DC" with " Heat Transfer by...
I am using "user defined" conductivity and it is temperature dependent.
View ArticleRe: Bidirectional coupling of "Conductive media DC" with " Heat Transfer by...
So you already have a temperature dependent expression for the temperature dependent material properties? That should be enough right? Or is there an other problem?
View ArticleRe: Bidirectional coupling of "Conductive media DC" with " Heat Transfer by...
Hi I have a temperature dependent expression for my material. But the problem is that, now I want to see the temperature vs conductivity graph. I mean, how the conductivity varies with increasing...
View ArticleRe: Bidirectional coupling of "Conductive media DC" with " Heat Transfer by...
Can you maybe upload your model? Maybe that will help me better understand you.
View ArticleRe: Bidirectional coupling of "Conductive media DC" with " Heat Transfer by...
Hi I couldn't attache the .fl file. Here, I attached the model file. Could you please get any idea from model file. If you have any problem in understanding, please let me know. Thanks
View ArticleRe: Bidirectional coupling of "Conductive media DC" with " Heat Transfer by...
Oh sorry I do not know about FEMLAB or Matlab livelink.
View ArticleBidirectional coupling of "Conductive media DC" with " Heat Transfer by...
Hi I am coupling "conductive media dc" to "heat transfer with conduction" to see the effect of electrical conductivity due to thermal heating and vice versa. In the "heat transfer with conduction"...
View ArticleRe: Bidirectional coupling of "Conductive media DC" with " Heat Transfer by...
Are you using conductivity 'from material' or 'user defined'? In the first case you have to check if the material property is given temperature dependent. In the later case you have to specify the...
View ArticleRe: Bidirectional coupling of "Conductive media DC" with " Heat Transfer by...
I am using "user defined" conductivity and it is temperature dependent.
View ArticleRe: Bidirectional coupling of "Conductive media DC" with " Heat Transfer by...
So you already have a temperature dependent expression for the temperature dependent material properties? That should be enough right? Or is there an other problem?
View ArticleRe: Bidirectional coupling of "Conductive media DC" with " Heat Transfer by...
Hi I have a temperature dependent expression for my material. But the problem is that, now I want to see the temperature vs conductivity graph. I mean, how the conductivity varies with increasing...
View ArticleRe: Bidirectional coupling of "Conductive media DC" with " Heat Transfer by...
Can you maybe upload your model? Maybe that will help me better understand you.
View ArticleRe: Bidirectional coupling of "Conductive media DC" with " Heat Transfer by...
Hi I couldn't attache the .fl file. Here, I attached the model file. Could you please get any idea from model file. If you have any problem in understanding, please let me know. Thanks
View ArticleRe: Bidirectional coupling of "Conductive media DC" with " Heat Transfer by...
Oh sorry I do not know about FEMLAB or Matlab livelink.
View ArticleBidirectional coupling of "Conductive media DC" with " Heat Transfer by...
Hi I am coupling "conductive media dc" to "heat transfer with conduction" to see the effect of electrical conductivity due to thermal heating and vice versa. In the "heat transfer with conduction"...
View ArticleRe: Bidirectional coupling of "Conductive media DC" with " Heat Transfer by...
Are you using conductivity 'from material' or 'user defined'? In the first case you have to check if the material property is given temperature dependent. In the later case you have to specify the...
View ArticleRe: Bidirectional coupling of "Conductive media DC" with " Heat Transfer by...
I am using "user defined" conductivity and it is temperature dependent.
View ArticleRe: Bidirectional coupling of "Conductive media DC" with " Heat Transfer by...
So you already have a temperature dependent expression for the temperature dependent material properties? That should be enough right? Or is there an other problem?
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