|
[Sponsors] |
December 9, 2013, 05:58 |
Pipe flow
|
#1 |
Member
kai
Join Date: Jul 2013
Posts: 54
Rep Power: 12 |
Hello, can someone tell me how could I solve the inlet parameters in order to achieve the desired outlet velocity and turbulent intensity within a pipe, and the flow is fully turbulence.
I am simulating the non-premixed turbulent H2-air combustion, fuel comes out from a pipe nozzle, where the velocity and temperature of its nozzle exit are known. However, in fluent, 2D geometry with pipe length is included and in order to have the desired nozzle exit velocity and temperature, parameters at the beginning of pipe entry must be solved and fully developed flow is achieved. Has anyone ever done a similar prediction? Can you please forward me any paper or your case file to zkzkzk010537@hotmail.com. My prediction is based on the experiment conducted in Sandia national lab by barlow and carter. All what I have read so far are only results from simulation or experiment rather than how the simulation is carried out. |
|
|
|
Similar Threads | ||||
Thread | Thread Starter | Forum | Replies | Last Post |
LES transitional pipe entrance flow | hasanduz | Main CFD Forum | 2 | October 11, 2013 17:59 |
HTC in Pipe flow | subsemitonium | CFX | 6 | May 6, 2013 22:00 |
[GAMBIT] meshing in GAMBIT, a flow through a pipe having complex inflow geometry | mazhar1613 | ANSYS Meshing & Geometry | 1 | January 11, 2012 23:18 |
[ASK] Flow in Corrugated Pipe with FLUENT | Primadhani | FLUENT | 1 | May 11, 2011 20:41 |
Pipe Flow | Saima | CFX | 1 | January 10, 2011 16:41 |