When calculating the area of the parallel or counter flow heat exchanger, I noticed that the units in the denominator do not align. You left the log-mean temperature in units of Celsius but the overall HT coefficient as W/m^2 K. In this case, wouldn't we have to convert the log-mean temperature to Kelvin in order to get the correct area for the heat exchangers?
Thanks. I'm not sure what the best way to do this would be. It might be easiest for you to take a snip or screen capture of the matrix when it's in the frame (e.g. 2:35)?
thanks a lot, great explanation! Maybe you should consider using a pop filter over your mic. Just trying to help and not trying to be rude.
Thanks David. These were some of the first videos i made. I agree that the pop filter helps.
When calculating the area of the parallel or counter flow heat exchanger, I noticed that the units in the denominator do not align. You left the log-mean temperature in units of Celsius but the overall HT coefficient as W/m^2 K. In this case, wouldn't we have to convert the log-mean temperature to Kelvin in order to get the correct area for the heat exchangers?
no
I don't have effective heat transfer co efficient value! And not even hi and ho value
Your just awesome, very clear logical explaining.. Can I ask you for a copy of the matrix ?
Thanks. I'm not sure what the best way to do this would be. It might be easiest for you to take a snip or screen capture of the matrix when it's in the frame (e.g. 2:35)?
thank!
awesome thank you