Determine the convection heat transfer coefficient for the flow of (a) fluid A and (b) fluid B at a velocity of 2 m/s in a 10-cm diameter and 10-m long tube when the tube is subjected to uniform heat flux from all surfaces. Use fluid properties at 25°C. Fluid A or B D=10cm L=100m The properties of fluid A at 25°C are: k = 0.02551W - m·K-' v = 1.562 x 10 S •s! Pr = 0.7296 %3D The properties of fluid B at 25°C are p = 1096.7kg - m 3 v = 9.8307 x 10-7m ·s Pr = 6.754 Correlations: For laminar flow in a circular pipe: For turbulent flow in a circular pipe: Nu = 0.023Re0:$P;04
Determine the convection heat transfer coefficient for the flow of (a) fluid A and (b) fluid B at a velocity of 2 m/s in a 10-cm diameter and 10-m long tube when the tube is subjected to uniform heat flux from all surfaces. Use fluid properties at 25°C. Fluid A or B D=10cm L=100m The properties of fluid A at 25°C are: k = 0.02551W - m·K-' v = 1.562 x 10 S •s! Pr = 0.7296 %3D The properties of fluid B at 25°C are p = 1096.7kg - m 3 v = 9.8307 x 10-7m ·s Pr = 6.754 Correlations: For laminar flow in a circular pipe: For turbulent flow in a circular pipe: Nu = 0.023Re0:$P;04
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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Determine the convection heat transfer coefficient for the flow of
(a) fluid A and
(b) fluid B
at a velocity of 2 m/s in a 10-cm diameter and 10-m long tube when the tube is subjected to uniform heat flux from all surfaces. Use fluid properties at 25°C.
Transcribed Image Text:Determine the convection heat transfer coefficient for the flow of
(a) fluid A and
(b) fluid B
at a velocity of 2 m/s in a 10-cm diameter and 10-m long tube when the tube is subjected to
uniform heat flux from all surfaces. Use fluid properties at 25°C.
Fluid A or B
D=10cm
L=100m
The properties of fluid A at 25°C are:
k = 0.02551W - m. K-
1.562 x 10m -s
Pr = 0.7296
V=
The properties of fluid B at 25°C are
1096.7kg m-3
v = 9.8307 x 10-"m -s-1
Pr = 6.754
Correlations:
For laminar flow in a circular pipe:
For turbulent flow in a circular pipe: Nu = 0.023Re0.$ P04
%3D
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