Alright, erobz thanks for correcting me! I understand that the rate of change in temperature is variable in time. But I'm curious and just want to ask if I assume the rate of change in temperature is constant in time, will I get any approximate result?
Hi erobz, thank you for your reply and sorry for the late response. Your explanation is clear. I would like to ask so if I would like to use the equations that you provided above, It will be solving like this right?
Hi Chestermiller, thanks for your reply, and sorry for the late response. I think the temperatures in the two blocks will not be uniform spatially during the equilibration, they vary when near their final temperatures. I'm not familiar with the transient heat conduction equation, but I will look...
Hi guys, I'm a 2nd year mechanical student currently taking heat and mass transfer. A question came up in my mind when I was looking into the conduction heat transfer.
If I put block B on block A where block A is 573K and block B is 303K. Is there any way that I can calculate the time required...