Trajectory method to calculate discharge of tube well and pipe outlet

[usmananas]

This technique is used to measure the discharge or flow for tube well or pipe sections. It is very simple and easy method to measure. It has basic three essential requirements for discharge determination.
Inside diameter of the pipe
Measurement of X-coordinate of flow ( horizontal distance measured from the end of the pipe)
Measurement of Y-coordinate of flow (vertical distance measured down from the horizontal point to the top of the water jet.)

Case A: for full flowing Pipe



 
 
  Q = 0.0174 D X / Y
Where 
  Q = lps (liter per second)
  D = Inside diameter of the pipe (in centimeter)
  X = X-coordinate (cm)
  Y = Y-coordinate (cm)

 
 
for more detail visit  http://www.allkindinfo.com/2016/03/trajectory-method-to-calculate.html

 

[matt267 PE]

How much traffic are your posts generating to your site?

 

[JHW 3d]

Pipe number 2 is sad.

 

[P-E]

Number 2 should always be piped. 

 

[matt267 PE]

looks like #2 has an obstruction.

 

[P-E]

Show that turd who's boss

 

[matt267 PE]

Don't push too hard, you'll get hemorrhoids.

 

[K19]

Do you have equations in English units and do they work with embalming fluid?

 

[ptatohed]

What units is Q in?  What is variable Z used for?  Does the slope of the pipe not need to be considered?  What is Y measuring?  At first I thought it was measuring to the water surface elevation of the receiving basin.  But that wouldn't make sense since a higher or lower drop would affect the Q per this formula, which it should not.  So, I am assuming Y is measured from the outside "Begin Curve" to the "End Curve" of the water projection?