A shell and tube heat exchanger has the cross-section shown below. Crude oil (specific gravity, sg = 0.86) at 10°C flows through the shell passage (the 93. shaded area) at a flow rate of 320 liters/min. a) Calculate the Hydraulic Diameter in units of mm. b) Calculate the Reynolds number for the Crude-oil flow. c) Determine the flow regime (laminar, transitional, or turbulent). 45 mm

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Q3.
shaded area) at a flow rate of 320 liters/min.
JA shell and tube heat exchanger has the cross-section shown below. Crude oil (specific gravity, sg = 0.86) at 10°C flows through the shell passage (the
S Calculate the Hydraulic Diameter in units of mm.
b)
Calculate the Reynolds number for the Crude-oil flow.
c)
Determine the flow regime (laminar, transitional, or turbulent).
45 mm
D = 5.5 mm
Typical of 8
45mm
Transcribed Image Text:Q3. shaded area) at a flow rate of 320 liters/min. JA shell and tube heat exchanger has the cross-section shown below. Crude oil (specific gravity, sg = 0.86) at 10°C flows through the shell passage (the S Calculate the Hydraulic Diameter in units of mm. b) Calculate the Reynolds number for the Crude-oil flow. c) Determine the flow regime (laminar, transitional, or turbulent). 45 mm D = 5.5 mm Typical of 8 45mm
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