Split Pipe Pressure: Is P1=P2=P3?

AI Thread Summary
In a split pipe scenario with equal diameters, if the flow rates in the two branches are the same, the pressure in the main pipe (P1) is equal to the pressures in the two split pipes (P2 and P3). According to Bernoulli's equation, if the velocity and height remain constant, the pressure will also remain constant across the pipes. Therefore, P1 equals P2 and P3, confirming that pressure is uniform in this specific setup. This conclusion aligns with the principles of fluid dynamics regarding split flows. Understanding these relationships is crucial for accurate fluid system design.
bellshom
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Trying to determine what happens when a pipe of splits off into two pipes which all have the same diameter. If the flow in the two pipes are the same and everyting else is the same.

Then is the pressure in pipe 1 equal to P2 + P3 or is it P1=P2=P3.

Searched around and haven't been able to determine a appropriate answer.
 
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hi bellshom! :smile:

Bernoulli's equation applies along a streamline,

so if v (speed) and h (height) are the same, then pressure should also be the same :wink:
 
This thread will better answer your question:

http://lofi.forum.physorg.com/bernoulli-equation-for-split-flow_14070.html
 
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