Heat Transfer L3 p2 - Example - Combined Modes of Heat Transfer

[@mengranli1746]

I really appreciate your video for the heat transfer!

[@itthus9552]

Thanks again for the video! I got stuck on the thermal conductivity units but it turns out 1w/(m*C) = 1w/(m*K)

[@MohamedSaifelisilamAhmed]

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)?

[@kayagunduz7490]

thank you sir

[@kartiniganesha6741]

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

[@andyaitchison9813]

How would the solution change if we were asked to find the temperature of air?

[@kartiniganesha6741]

Have you found the solution? I'm looking also

[@alinajahmusic]

Thank you

[@jasper78138]

How will temperature profile change when there was only convection VS when there was both convection and radiation outside wall

[@batuskovichuman6886]

ı love you

[@austka]

Thank you