Compared to tube heat exchangers, what gives plate heat exchangers a higher heat exchange efficiency?
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Plate-type systems have high flow rates, thus a high heat transfer coefficient, but tube-type systems can also increase the flow rate. Plate-type plates are thin and have low thermal resistance, but straight plates have lower pressure resistance compared to circular tubes; circular tubes can be made even thinner. So where is the height? I seek advice from experts.
It might be related to the viscosity of the liquid; those with relatively high viscosity should use plate-type designs
The internal medium disturbance in the slab type should be greater. . . It’s more conducive to heat transfer, right?
I said maybe. . It might be a bit larger. . . Instead of arguing about this, it’s better for the original poster to understand the working principles of these two types of heat exchangers. . . It becomes clear naturally
I’m definitely clear. I just don’t know if you can make it clear or not. Read the book carefully.
Hehe. . . I’m speechless. . I’m just giving you an idea (you can think for yourself whether it’s right or not; I’m not here to argue with you). . . There’s no need to do this, right? . . With such an attitude, are you here to learn* or just to make a scene?
Just pretend I didn’t say anything. . Thank you. . . . I consider it my mistake for replying to your post