QUESTION 2 Given: a pipeline with length 3500 m, discharge of 200 L/s, roughness = 0.5mm, frictional headloss 120 m and kinematic viscosity = 1.14*10-6 m²/s. The pipeline has 1 sharp edged inlet, 1 outlet, 6 bends (k =0.25) and 8 valves (k = 0.40). Calculate: = a) Diameter b) Secondary head losses and total head losses c) Total Equivalent length of the pipe required instead of the secondary losses d) Calculate the total head loss for the equivalent pipe obtained under (c)

Structural Analysis
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ISBN:9781337630931
Author:KASSIMALI, Aslam.
Publisher:KASSIMALI, Aslam.
Chapter2: Loads On Structures
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QUESTION 2
Given: a pipeline with length 3500 m, discharge of 200 L/s, roughness = 0.5mm, frictional
headloss
120 m and kinematic viscosity = 1.14*10-6 m²/s. The pipeline has 1 sharp edged
inlet, 1 outlet, 6 bends (k =0.25) and 8 valves (k = 0.40).
Calculate:
=
a) Diameter
b) Secondary head losses and total head losses
c) Total Equivalent length of the pipe required instead of the secondary losses
d) Calculate the total head loss for the equivalent pipe obtained under (c)
Transcribed Image Text:QUESTION 2 Given: a pipeline with length 3500 m, discharge of 200 L/s, roughness = 0.5mm, frictional headloss 120 m and kinematic viscosity = 1.14*10-6 m²/s. The pipeline has 1 sharp edged inlet, 1 outlet, 6 bends (k =0.25) and 8 valves (k = 0.40). Calculate: = a) Diameter b) Secondary head losses and total head losses c) Total Equivalent length of the pipe required instead of the secondary losses d) Calculate the total head loss for the equivalent pipe obtained under (c)
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