Branched Pipe
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Branched Pipe
When three or more reservoir are connected by means of pipe having one junction is called as branched pipe.
Let three reservoir are A, B and C are connected at junction D.
From shows, the flow from reservoir takes place to junction D. The flow from B takes place to junction D and the flow from Junction D is towards reservoir C.
Consider flow from A to D, applying Bernoulli’s equation.
ZA = ZD + PD/ γ + hf1
For flow form B to D, applying Bernoulli’s equation,
ZB = PD/ γ + ZD + hf2
For flow from D to C, applying Bernoulli’s equation.
ZD + PD/ γ = Zc + hf3
Where hf = head loss due to friction,
hf = fLQ2 / 12.1d5
From continuity equation,
Discharge through AD + discharge through Bd = discharge through DC
Q1 + Q2 = Q3
With the help of these four equation, the unknown value of branched pipes can be determined.
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Let three reservoir are A, B and C are connected at junction D.
From shows, the flow from reservoir takes place to junction D. The flow from B takes place to junction D and the flow from Junction D is towards reservoir C.
Consider flow from A to D, applying Bernoulli’s equation.
ZA = ZD + PD/ γ + hf1
For flow form B to D, applying Bernoulli’s equation,
ZB = PD/ γ + ZD + hf2
For flow from D to C, applying Bernoulli’s equation.
ZD + PD/ γ = Zc + hf3
Where hf = head loss due to friction,
hf = fLQ2 / 12.1d5
From continuity equation,
Discharge through AD + discharge through Bd = discharge through DC
Q1 + Q2 = Q3
With the help of these four equation, the unknown value of branched pipes can be determined.
For more help in Branched Pipe click the button below to submit your homework assignment