ABSTRACT - heat transfer coefficient “U”and to carry...

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ABSTRACT The experiment measures the heat transfer coefficient in the shell and tube H.E. for co current and counter current flow. The flow rate of hot water was kept constant while changing the cold water. The temperature was recorded for each flow and these readings were used to compute the overall
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Unformatted text preview: heat transfer coefficient “U”and to carry out the energy balance for the shell and tube. typical U values were around 230 w/m**2.C. The % error for U in the cocurrent and counter current ranged from a low of 9% to a high of 77%....
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