which h2 is typo for d2 ?haruspex said:
In your post, you quoted a line from the second attachment referencing h2. There is no other h2 in either attachment. I am suggesting the h2 in the attachment might be a typo for d2.foo9008 said:
what does h2 mean actually ? why it will = 0 ?haruspex said:
I don't know, but I might be able to figure it out if you answer the questions I posed in post #2.foo9008 said:
Imagine closing off the point where the three pipes meet for the moment, so nothing is flowing. The pressure on the A side of that point will exceed the pressure on the B side. So when the joint is opened to allow flow, the A side will win.foo9008 said:
Flow in branching pipe is the movement of fluid through a pipe system that branches off into multiple paths. This can occur in various systems, such as plumbing or irrigation, where the flow of water is divided into different directions.
Flow in branching pipe can affect pressure by causing it to decrease as the fluid moves through the system and branches off into different paths. This decrease in pressure is due to the increase in fluid velocity as it moves through smaller pipes.
The flow in branching pipe can be influenced by several factors, including the diameter and length of the pipes, the fluid viscosity, and the overall flow rate. Additionally, the number and angle of branching pipes can also impact the flow.
Flow in branching pipe can be calculated using various equations, such as the continuity equation or the Bernoulli's equation. These equations take into account the fluid properties, pipe dimensions, and flow conditions to determine the flow rate in each branch of the pipe system.
Understanding flow in branching pipe is essential in many industrial and engineering applications. It can be used to design more efficient pipe systems, optimize flow rates, and predict pressure drops in the system. It is also crucial in the fields of fluid mechanics and hydraulic engineering.
