Metallurgical Engineering > GATE 2022 > Heat Transfer
Air at 300 K is passed at a mass flow rate of 1.5 kg⋅s-1 through a metallic tube of inner diameter 0.08 m. Inner wall temperature of the tube is maintained at 700 K. Temperature of the air leaving the tube is 600 K. Assuming that heat transfer occurs entirely by steady state convection, length of the tube is _______ m (round off to 2 decimal places).
Given: the coefficient of convective heat transfer from tube wall to air is 500 W⋅m-2⋅K-1. Assume specific heat capacity of air to be constant and equal to 1080 J⋅kg-1⋅K-1 and π=3.14
Given: the coefficient of convective heat transfer from tube wall to air is 500 W⋅m-2⋅K-1. Assume specific heat capacity of air to be constant and equal to 1080 J⋅kg-1⋅K-1 and π=3.14
Correct : 17.55
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