[rapierrz]

Hi friends,

I develope interPhaseChangeFoam+conjugateHeatFoam solvers for simulation of

temperature base evaporation and condensation with conjugate heat transfer

,But in my case cooling rate of hot piece is very high and piece cooling down rapidly

.I don't know reason of this problem.another problem is that without any limiter,vapor

temperature increase to temperature of piece that is not correct.

Can anyone Help me to correct my problems?

Thank you.

Solver and Case are attached:

case:

http://s6.picofile.com/file/82386473...ce_tar.gz.html

solver:

[ssyadav]

Which version of OpenFOAM you are using?

[rapierrz]

Hi Shyam,

OpenFOAM 16ext

[jayson]

Originally Posted by rapierrz

Hi friends,

I develope interPhaseChangeFoam+conjugateHeatFoam solvers for simulation of

temperature base evaporation and condensation with conjugate heat transfer

,But in my case cooling rate of hot piece is very high and piece cooling down rapidly

.I don't know reason of this problem.another problem is that without any limiter,vapor

temperature increase to temperature of piece that is not correct.

Can anyone Help me to correct my problems?

Thank you.

Solver and Case are attached:

case:

http://s6.picofile.com/file/82386473...ce_tar.gz.html

solver:

Hello
I want to simulate the channel flow with conjugate heat transfer that has evaporation and condensation. Could you give me the case file?
This is my email address.
sorry I found your case Laye. thanks
Thanks.

[alexio97]

Originally Posted by jayson

Hello
I want to simulate the channel flow with conjugate heat transfer that has evaporation and condensation. Could you give me the case file?
This is my email address.
sorry I found your case Laye. thanks
Thanks.

Hello

I have a question for you. I found out that there is interthermalphasechangefoam which is about two phase flow with evap and cond. However, I am failing to apply conjugate heat transfer problem. Can you give me some help? Is there another code that can solve this problem?

Nevermind. I found the solver. Sorry for interrupting you