step function
Hi, I am trying to simulate heat transfer problem. I have the values of voltage V_in and Watt density Q_in of the heat source and the heat source is attached under a lid. Now, I want to assign a step...
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Karan, Under Definitions/Component Coupling/Maximum, define operator “maxop1” on the domain Geometric level. Then use expression Q_in*(maxop1(T)<=Tmax) to turn-off heat source when temperature...
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Mr. Yushanov Thank you for the reply. I used the expression you had suggested and I wasnt successful in getting any result. Meaning there wasnt any temperature change. The procedure I followed is; As...
View ArticleRe: step function
Karan, To turn-off voltage source write input electrical potential as V_in*(maxop1(T)<=Tmax). Regards, Sergei
View ArticleRe: step function
Hello, The maxop input assigned performs the required function. But, immediately after reaching the maximum value the solution blows up with an error-(May have reached a singularity)..I would like to...
View Articlestep function
Hi, I am trying to simulate heat transfer problem. I have the values of voltage V_in and Watt density Q_in of the heat source and the heat source is attached under a lid. Now, I want to assign a step...
View ArticleRe: step function
Karan, Under Definitions/Component Coupling/Maximum, define operator “maxop1” on the domain Geometric level. Then use expression Q_in*(maxop1(T)<=Tmax) to turn-off heat source when temperature...
View ArticleRe: step function
Mr. Yushanov Thank you for the reply. I used the expression you had suggested and I wasnt successful in getting any result. Meaning there wasnt any temperature change. The procedure I followed is; As...
View ArticleRe: step function
Karan, To turn-off voltage source write input electrical potential as V_in*(maxop1(T)<=Tmax). Regards, Sergei
View ArticleRe: step function
Hello, The maxop input assigned performs the required function. But, immediately after reaching the maximum value the solution blows up with an error-(May have reached a singularity)..I would like to...
View Articlestep function
Hi, I am trying to simulate heat transfer problem. I have the values of voltage V_in and Watt density Q_in of the heat source and the heat source is attached under a lid. Now, I want to assign a step...
View ArticleRe: step function
Karan, Under Definitions/Component Coupling/Maximum, define operator “maxop1” on the domain Geometric level. Then use expression Q_in*(maxop1(T)<=Tmax) to turn-off heat source when temperature...
View ArticleRe: step function
Mr. Yushanov Thank you for the reply. I used the expression you had suggested and I wasnt successful in getting any result. Meaning there wasnt any temperature change. The procedure I followed is; As...
View ArticleRe: step function
Karan, To turn-off voltage source write input electrical potential as V_in*(maxop1(T)<=Tmax). Regards, Sergei
View ArticleRe: step function
Hello, The maxop input assigned performs the required function. But, immediately after reaching the maximum value the solution blows up with an error-(May have reached a singularity)..I would like to...
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