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Lelu [443]
4 years ago
5

Consider a concentric tube heat exchanger. Assuming there is no fin attached to any of the surfaces and considering negligible f

ouling, what would be the appropriate equation for calculating the overall heat transfer coefficient?
Physics
1 answer:
11111nata11111 [884]4 years ago
6 0

Answer:

Q = T1 - T2 (KA)/L

Explanation:

Where Q is the co-efficient of heat transfer.

T-1 is initial temperature of exchanger

T-2 is final temperature of sink where has to to be dissipated

k is the co-efficient of thermal conductivity

A is the total area of exchanger surface...

and L is the total length of exchanger...

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