Question 5 a) Drinking water distribution pipe work data are listed below for the network shown in Fig. Q5. Water storage facilities at nodes 1 and 2 have constant top water levels of 100 m and 75 m respectively above a fixed datum, and the rate at which water is drawn off at nodes 3 and 4 is 250 l/s and 350 l/s respectively. Using Hardy-Cross head balance method (two iterations only), calculate the magnitude and direction of flow in pipe 3-4. Length (m) 1000 Pipe Diameter Hazen-Williams (mm) Coefficient 1-3 750 90 3-4 400 750 110 2-4 600 1000 90 350 /s 250 /s Figure Q5 b) If valve at node 4 is fully closed (i.e., demand at node 4 is zero), how the pressure at node 3 will be affected, explain?

Structural Analysis
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Author:KASSIMALI, Aslam.
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Question 5
a) Drinking water distribution pipe work data are listed below for the network shown
in Fig. Q5. Water storage facilities at nodes 1 and 2 have constant top water levels
of 100 m and 75 m respectively above a fixed datum, and the rate at which water
is drawn off at nodes 3 and 4 is 250 l/s and 350 l/s respectively. Using Hardy-Cross
head balance method (two iterations only), calculate the magnitude and direction
of flow in pipe 3-4.
Length
(m)
1000
Pipe
Diameter
Hazen-Williams
Coefficient
(mm)
750
1-3
90
3-4
400
750
110
2-4
600
1000
90
350 /s
250 I/s.
Figure Q5
b) If valve at node 4 is fully closed (i.e., demand at node 4 is zero), how the pressure
at node 3 will be affected, explain?
IK
Transcribed Image Text:Question 5 a) Drinking water distribution pipe work data are listed below for the network shown in Fig. Q5. Water storage facilities at nodes 1 and 2 have constant top water levels of 100 m and 75 m respectively above a fixed datum, and the rate at which water is drawn off at nodes 3 and 4 is 250 l/s and 350 l/s respectively. Using Hardy-Cross head balance method (two iterations only), calculate the magnitude and direction of flow in pipe 3-4. Length (m) 1000 Pipe Diameter Hazen-Williams Coefficient (mm) 750 1-3 90 3-4 400 750 110 2-4 600 1000 90 350 /s 250 I/s. Figure Q5 b) If valve at node 4 is fully closed (i.e., demand at node 4 is zero), how the pressure at node 3 will be affected, explain? IK
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