I wish I found your channel a little earlier because I’ve been suffocated with my heat and mass transfer for almost 2 Sam and just got guided to your channel by my senior
This is really great explanation but I was wandering whether we could use this method for the single space in a building. Could it work? I think no, as the heat goes from the space to wall and then from a wall to outside. The problem I see is the we can't assume the temperature changes at the same speed in a room (air) as in a wall. The air temperature in a room will always raise earlier (if building is gaining heat e.g. from inside) and we do not know how fast heat will go from a room (air) into a wall (how fas a wall will accumulate it) and then to outside. Similar with changes of the outside air. Could you please advise how to deal with it, is it possible to do that? Thank you
I wish I found your channel a little earlier because I’ve been suffocated with my heat and mass transfer for almost 2 Sam and just got guided to your channel by my senior
I was pulling my hair out trying to understand this from the book and it took me 3 minutes to finish understand this with your video (x2 speed)
Allah Razı olsun.(may god be pleased)
This is really great explanation but I was wandering whether we could use this method for the single space in a building.
Could it work?
I think no, as the heat goes from the space to wall and then from a wall to outside. The problem I see is the we can't assume the temperature changes at the same speed in a room (air) as in a wall. The air temperature in a room will always raise earlier (if building is gaining heat e.g. from inside) and we do not know how fast heat will go from a room (air) into a wall (how fas a wall will accumulate it) and then to outside. Similar with changes of the outside air.
Could you please advise how to deal with it, is it possible to do that? Thank you
Where did you get the dimensions of the schematic from at 2:50? Are these given?