Ok so just to confirm, those values are "R" values which are equivalent hydraulic radiuses? Like does the table call them something else or just specificially "R" and that they are used in the Hazen Williams equation?
Ok, so I have the following fittings:
10" Tee
6" Tee
10" Y
6" Y
They are all equal flow with them all going 2 into 1.
If you could scan that table that would be great.
Thanks again!
Any values/method would be useful. I have been using the Darcy-Weisbach/Colebrook method which uses "K" values for representative resistance coefficients for fittings. The Hazen Williams uses a friction factor but from what I can tell it is just for straight pipe and I can't find anything for...
Hello,
I am wondering how to determine the pressure drop due to fittings such as Tees and "Y's" when there are two flows coming in and one coming out. So for example there is a Tee where there are two flows coming in opposite directions (180 degrees from one another) and they combine and exit...