The system of pipes shown in figure 3 below has different pipes diameters, lengths, and materials.Suppose the flow enters the system. Evaluate the total losses on the pipe. List your assumptions,if any.DA=5) сmL1=+ 10) mDB= Dc= Dp= D,=3) сmL2 =L4= Ls = .7) mDr=- 8) cmL3= L6 =5) mV= .5) m/sL,=- 20) mKĻi: Globe valve, fully openMaterial A: Cast ironKĻ2 = KL3 =KĻ4 =KL5Material B-E: CopperKL6: 90° Smooth flanged bendMaterial B-F: Stainless steelKL7: Sudden expansionKLs: pipe exitELsKL6KL5L6DL4KL7L3KL3L7C KLAFGlobe Valve:B L:fully openALIK2Figure 3

Given that, Diameter of pipe,DA=5 cm,DB=DC=DD=DE=3 cm,DF=8 cm,Length of pipe,L1=10 m,L2=L4=L5=7…

DA 5) ст Lj= + 10) m DR= Dc= Dp= D= 3) сm L2 =L4= Ls = 7) m D= · 8) cm L3= L6 = 5) m - 5) m/s L;= · 20) m KĻi: Globe valve, fully open Material A: Cast iron KL2 = KL3 =KL4 =KL5 Material B-E: Copper %3D KL6: 90° Smooth flanged bend Material B-F: Stainless steel

DA 5) ст Lj= + 10) m DR= Dc= Dp= D= 3) сm L2 =L4= Ls = 7) m D= · 8) cm L3= L6 = 5) m - 5) m/s L;= · 20) m KĻi: Globe valve, fully open Material A: Cast iron KL2 = KL3 =KL4 =KL5 Material B-E: Copper %3D KL6: 90° Smooth flanged bend Material B-F: Stainless steel

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

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Applied Fluid Mechanics

A fluid is a substance that is continuously deformed by the application of shear stress. The rate of deformation of a fluid depends on its viscosity. The fluid tries to flow when it interacts with some other system.

Question

The system of pipes shown in figure 3 below has different pipes diameters, lengths, and materials.
Suppose the flow enters the system. Evaluate the total losses on the pipe. List your assumptions,
if any.
DA=
5) сm
L1=
+ 10) m
DB= Dc= Dp= D,=
3) сm
L2 =L4= Ls = .
7) m
Dr=
- 8) cm
L3= L6 =
5) m
V= .
5) m/s
L,=
- 20) m
KĻi: Globe valve, fully open
Material A: Cast iron
KĻ2 = KL3 =KĻ4 =KL5
Material B-E: Copper
KL6: 90° Smooth flanged bend
Material B-F: Stainless steel
KL7: Sudden expansion
KLs: pipe exit
E
Ls
KL6
KL5
L6
D
L4
KL7
L3
KL3
L7
C KLA
F
Globe Valve:
B L:
fully open
A
LI
K2
Figure 3

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