If we alter the above problem and tried to determine how much heat required by the burners to keep the furnace temp const. Would the heat balance (Qt= Q cov+Qcond+QRad) or (Qt=Q cov=Qcond+QRad)?
Hello professor, your videos are very helpful for us. I have a question, how to solve a similar problem like this but the condition is transient, I have watched your video, but for the transition problem, you provide one mode each, not a couple
I really appreciate your video for the heat transfer!
Thanks again for the video! I got stuck on the thermal conductivity units but it turns out 1w/(m*C) = 1w/(m*K)
If we alter the above problem and tried to determine how much heat required by the burners to keep the furnace temp const. Would the heat balance (Qt= Q cov+Qcond+QRad) or (Qt=Q cov=Qcond+QRad)?
Hello professor, your videos are very helpful for us. I have a question, how to solve a similar problem like this but the condition is transient, I have watched your video, but for the transition problem, you provide one mode each, not a couple
How would the solution change if we were asked to find the temperature of air?
Have you found the solution? I'm looking also
Thank you
How will temperature profile change when there was only convection VS when there was both convection and radiation outside wall
ı love you
Thank you