To study the effect of velocity on the temperature of the fluid in the coil a)velocity: 3.7 m/s (or flow rate: 1.205 kg/sec) b)Velocity: 1.5 m/s c)Velocity: 0.37 m/s d)Velocity: 0.1 m/s e)Velocity: 0.037 m/s Heat duty: 37 kW Inlet temperature of fluid: 298 K (or 25 C) Coil length: 20.47 m Surface area: 1.414 m 2 Heat flux: 26.154 kW/ m 2 Coil tube dia: 0.022 m
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Slide 1
To study the effect of velocity on the temperature of the fluid in the coilvelocity: 3.7 m/s (or flow rate: 1.205 kg/sec)Velocity: 1.5 m/s Velocity: 0.37 m/s Velocity: 0.1 m/s Velocity: 0.037 m/s
Heat duty: 37 kWInlet temperature of fluid: 298 K (or 25 C)Coil length: 20.47 mSurface area: 1.414 m2Heat flux: 26.154 kW/ m2Coil tube dia: 0.022 m
3.7 m/s37kW
3.7 m/s37kW
3.7 m/s37kW
3.7 m/s37kW
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1.5 m/s37kW
1.5 m/s37kW
1.5 m/s37kW
1.5 m/s37kW
1.5 m/s37kW
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0.37 m/s37kW
0.37 m/s37kW
0.37 m/s37kW
0.37 m/s37kW
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0.1 m/s37kW
0.1 m/s37kW
0.1 m/s37kW
0.1 m/s37kW
0.1 m/s37kW
0.1 m/s37kW
0.037 m/s37kW
0.037 m/s37kW
0.037 m/s37kW
0.037 m/s37kW
0.037 m/s37kW
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