Sir g, you are doing incredible job for us. I have never met such nice professor during whole my engineering life. Thanks sir May you get more success in your life. Stay happy and blessed.
I want to model a wall with a planned thermal bridge. I need to find the thermal resistance hence the U-Value of that wall and compare it with the same wall without the thermal bridge. Do you know how to output the R or U Value in ansys? I may even just need ansys to output the area weighted average on one surface of the wall. Can you tell me how to do that? Thank you
Hi! It is time dependent, but with providing the sufficient time for the transient system to reach equilibrium (steady-state condition; here, 120s), the response of a transient system will be the same as that of a steady state system. Heat stored = Heat in - Heat out + Heat generated. This equation will get applied
Very methodical and well explanatory. Thanks for sharing.
You are welcome!
By the way very Informative video 🙏🏻
¿What does de Average temperatura at min 26:23 is refered to? ¿is it the Average temperature from the bottom to the surface of one fin?
what is the name of the book ??
Sir g, you are doing incredible job for us.
I have never met such nice professor during whole my engineering life. Thanks sir
May you get more success in your life.
Stay happy and blessed.
It's my pleasure
QUE LIBRO ES?
@@greciasanchez920 share your email address, I will share it.
Great Video, Can you please tell me which book this problem is from. I want analytical solution to this problem.
I want to model a wall with a planned thermal bridge. I need to find the thermal resistance hence the U-Value of that wall and compare it with the same wall without the thermal bridge. Do you know how to output the R or U Value in ansys? I may even just need ansys to output the area weighted average on one surface of the wall. Can you tell me how to do that? Thank you
QUE LIBRO ES?
When i click solve its say unknow error check troubleshooting user guide mechanical Ansys, please advice on this
Sir why there is no difference in temp in steady state or transient does it mean that , its not time dependent
Hi! It is time dependent, but with providing the sufficient time for the transient system to reach equilibrium (steady-state condition; here, 120s), the response of a transient system will be the same as that of a steady state system.
Heat stored = Heat in - Heat out + Heat generated. This equation will get applied