You are given a task to analyse and evaluate the pipe system shown in Figure 1. In this system,water at 30°C is being supplied to an irrigation ditch from an elevated storage reservoir. The flowrate of water into the ditch is 0.027 m'/s.3.0 m9.0 mLong-radies elbowGute valveopen4-in Scheduk 40 steel pipe (D = 102.3 mm)90.0 mFigure 1: The pipe system(a)Analyse all the energy losses in the pipe system shown in Figure 1.(b)Calculate the total energy losses in the pipe system shown in Figure 1.(c)If the pipe material in Figure 1 is changed to the 4-in coated ductile iron pipe (insidediameter, D = 104.1 mm), how does this affect the total energy losses in the pipe system?Discuss the results from Question 1(b).

Answered: Image /qna-images/answer/c647361b-e168-46ef-91e2-2b22752a3119.jpg

Answered: ystem, e flow OW

Engineering

Civil Engineering

ystem, e flow OW

Structural Analysis

6th Edition

ISBN:9781337630931

Author:KASSIMALI, Aslam.

Publisher:KASSIMALI, Aslam.

Chapter2: Loads On Structures

Section: Chapter Questions

Problem 1P

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Question

You are given a task to analyse and evaluate the pipe system shown in Figure 1. In this system,
water at 30°C is being supplied to an irrigation ditch from an elevated storage reservoir. The flow
rate of water into the ditch is 0.027 m'/s.
3.0 m
9.0 m
Long-radies elbow
Gute valve
open
4-in Scheduk 40 steel pipe (D = 102.3 mm)
90.0 m
Figure 1: The pipe system
(a)
Analyse all the energy losses in the pipe system shown in Figure 1.
(b)
Calculate the total energy losses in the pipe system shown in Figure 1.
(c)
If the pipe material in Figure 1 is changed to the 4-in coated ductile iron pipe (inside
diameter, D = 104.1 mm), how does this affect the total energy losses in the pipe system?
Discuss the results from Question 1(b).

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