New Reply

Designing a gravity-driven fluid flow system...

 
Share Thread Thread Tools
Nov11-11, 05:03 PM   #1
 

Designing a gravity-driven fluid flow system...


Basically, I'm designing a simple method in which a small reservoir of water is connected to a narrow pipe and the rate of flow of water changes with changing height of the reservoir.

Now, the water coming out of the narrow pipe is fed into a microchannel.

The resistance is given, by the makers as R (resistance) = 3x10^11 kg/m4s.

1. First of all, what exactly is this quantity (i.e R), since I've never seen the units 'kg/m4s'

2.After that, I obtained the formulae for head loss at entrance of pipe, at the bends etc using formulae given on

http://books.google.co.in/books?id=F...page&q&f=false

Chapter 9....all in terms of outlet velocity.....so now how do I combine all these things to calculate how the flow through the narrow pipe depends upon the elevation of the reservoir, taking into consideration all these losses?
PhysOrg.com
PhysOrg
physics news on PhysOrg.com

>> As chaos celebrates its 50th birthday, biophysicist develops a new method to visualize it
>> Novel features of helium-3 superfluidity discovered with new SQUID detector chip
>> Physics of 'green waves' could make city traffic flow more smoothly
New Reply
Thread Tools


Similar Threads for: Designing a gravity-driven fluid flow system...
Thread Forum Replies
Fluid Flow Pump System Engineering, Comp Sci, & Technology Homework 0
Designing a control system for a heating system Engineering, Comp Sci, & Technology Homework 0
Fluid Mechanics: Inviscid flow v.s. Laminar flow Engineering, Comp Sci, & Technology Homework 1
2d-driven cavity flow Mechanical Engineering 1
Fluid - Determining pump power for pipe flow system Engineering, Comp Sci, & Technology Homework 1