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Pipe Calculations
Water Hammer Caalculation
Calculation of water hammer in various pipes used in water transmission lines.
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Pipe type:
:
Steel
HDPE
PVC
GRP
Formül:
:
Equation 1
Equation 2
Nominal diameter
:
PN 4
PN 5
PN 6
PN 8
PN 10
PN 12.5
PN 16
PN 20
PN 25
PN 32
15 - 1/2"
20 - 3/4"
25 - 1"
32 - 1 1/4"
40 - 1 1/2"
50 - 2"
65 - 2 1/2"
80 - 3"
100 - 4"
125 - 5"
150 - 6"
200 - 8"
250 - 10"
300 - 12"
350 - 14"
400 - 16"
450 - 18"
500 - 20"
600 - 24"
800 - 32"
900 - 36"
1000 - 40"
mm
Wall thinkness:
:
mm
Pump H
m
:
m
Pipe length L
:
m
Flow rate
:
lt/s
m³/h
kg/h
m³/s
lt/h
kg/s
Wave propagation speed
: \begin{equation}\label{eu_Colebrook1} a=\displaystyle\frac{9900}{\sqrt{48.3+K\displaystyle\frac{D_i}{e}}} \end{equation} In (Equation \ref{eu_Colebrook1})'de \(\small a\) wave propagation speed m/s, \(\small K\) coefficient of pipe, \(\small D_i\) inner diameter of pipe mm, \(\small e\) wall thinkness of pipe mm \begin{equation}\label{eu_Colebrook2} a=\displaystyle\sqrt {\displaystyle\frac{1}{\rho\left [\displaystyle\frac{1}{K}+\displaystyle\frac{D_i}{Ee} \right]}} \end{equation} In (Equation \ref{eu_Colebrook2}) \(\small K\) Bulk modulus of fluid Pa, \(\small E\) Young’s modulus of pipe material Pa, \(\small D_i\) inner diameter of pipe mm, \(\small e\) wall thickness of pipe mm \(\rho\) kg/m
3
the fluid density.
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