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awesome lecture thanks
nice job man u helped a lot . really good content . but i see youare missing radiation why ?
Can this method still be applicable to a system which experiences heat - in - leakages from / heat losses to its surroundings? Or, only for problems which assumed to be in steady state? Thanks for the video.
Man you are great from pakistan
I believe the inlet temperature of the could fluid should be on the bottom right instead of on the left. Could someone please double check that?
Thanks for the lecture. Why did you use (mc_p)min and not (mc_p)max? Surely max{q} => max{(deltaT), (mc_p)}
in ref. to the definition of effectiveness sorry
can any1 recommend dope utube channel for heat transfer
ruclips.net/video/TWTQx3W-2k8/видео.html
M - 1
U
- mm
awesome lecture thanks
nice job man u helped a lot . really good content . but i see youare missing radiation why ?
Can this method still be applicable to a system which experiences heat - in - leakages from / heat losses to its surroundings? Or, only for problems which assumed to be in steady state?
Thanks for the video.
Man you are great from pakistan
I believe the inlet temperature of the could fluid should be on the bottom right instead of on the left. Could someone please double check that?
Thanks for the lecture. Why did you use (mc_p)min and not (mc_p)max? Surely max{q} => max{(deltaT), (mc_p)}
in ref. to the definition of effectiveness sorry
can any1 recommend dope utube channel for heat transfer
ruclips.net/video/TWTQx3W-2k8/видео.html
M - 1
U
- mm