Ethylene glycol and water, at 60 and 10C, respectively,
Chapter , Problem 11.84(choose chapter or problem)
Ethylene glycol and water, at 60 and 10C, respectively, enter a shell-and-tube heat exchanger for which the total heat transfer area is 15 m2 . With ethylene glycol and water flow rates of 2 and 5 kg/s, respectively, the overall heat transfer coefficient is 800 W/m2 K. (a) Determine the rate of heat transfer and the fluid outlet temperatures. (b) Assuming all other conditions to remain the same, plot the effectiveness and fluid outlet temperatures as a function of the flow rate of ethylene glycol for 0.5 m . h 5 kg/s.
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