1. Oil at 60°C flows with a velocity of 2 m/s over a 5 m long, by 3 m wide, flat plate whose temperature is 20°C. Determine the heat transfer coefficient between the oil and the plate. oil T+T T, 40°C %3D %3D T= 60°C 2 p= 876kg/m' 2=0.144 W/mK V=2 m/s T=20°C Pr 2870 H=0.212kg/ms L= 5 m
1. Oil at 60°C flows with a velocity of 2 m/s over a 5 m long, by 3 m wide, flat plate whose temperature is 20°C. Determine the heat transfer coefficient between the oil and the plate. oil T+T T, 40°C %3D %3D T= 60°C 2 p= 876kg/m' 2=0.144 W/mK V=2 m/s T=20°C Pr 2870 H=0.212kg/ms L= 5 m
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Transcribed Image Text:1. Oil at 60°C flows with a velocity of 2 m/s over a5m long, by 3 m wide, flat plate
whose temperature is 20°C. Determine the heat transfer coefficient between
the oil and the plate.
oil
TA+T
40°C
2
T= 60°C
p=876kg/m
2=0.144 W/mK
V=2 m/s
T=20°C
Pr 2870
H=0.212 kg/ms
L= 5 m
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