A simple pipe network is shown in the figure below. Determine the actual discharges in each pipe using the Hardy-Cross method.Tabulation or computation of the K values.Assumed discharges of each pipe and its direction for the first trial.Illustration showing the actual discharges and direction on each pipe.Manning's Equation (n=0.02) PipePipeLength (m)Diameter (cm)KАВ191530BC61030AD346025BE446020CF46025DE6.91520EF761020DG830525GH930525GH10152530*** Correction: Pipe 9 = Pipe FH Data (Pipe Network):0.225 cu.m./sCE0.1125 cu.m./sH.L0.1125 cu.m./s

Formula used ∆Q=∑ KQ2∑ 2KQ

Answered: A simple pipe network is shown in the…

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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A simple pipe network is shown in the figure below. Determine the actual discharges in each pipe using the Hardy-Cross method.
Tabulation or computation of the K values.
Assumed discharges of each pipe and its direction for the first trial.
Illustration showing the actual discharges and direction on each pipe.
Manning's Equation (n=0.02)

Pipe
Pipe
Length (m)
Diameter (cm)
K
АВ
1
915
30
BC
610
30
AD
3
460
25
BE
4
460
20
CF
460
25
DE
6.
915
20
EF
7
610
20
DG
8
305
25
GH
9
305
25
GH
10
1525
30
*** Correction: Pipe 9 = Pipe FH

Data (Pipe Network):
0.225 cu.m./s
C
E
0.1125 cu.m./s
H.
L0.1125 cu.m./s

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