Hi,

I've already put new examples of calculations with my SIMPLE Solver (please note, that ansi c source code is available - for little prize to support my work a little bit) which I made for free for one guy who is working in USA pool organization. That are examples of free fluid flow with multimple and not multiple inlets/outlets.

Please see: <A HREF="http://panoramix.ift.uni.wroc.pl/~maq/eng/fluid_compare.php">http://panoramix.ift.uni.wroc.pl/~maq/eng/fluid_compare.php</a> or if you prefer to see whole page go directly here. With Regards,Maciej Matykamaciej.matyka@gameinstitute.com

I have gone through your webpage and relaise it has examples. But actually I am interested in the flow over different geometries in which you have shown some figures. But you have not given the details about the flow and geometry. Actually I want to run this cases on commercial software I am using and probably validate my results with your results. So please sne me the information about the boundary conditions ,gemometry and other needed information. Thanks For your reply in advance Pr

Hi, Please specify exactly what information you need, so if I will be able, I will give you them. However, have you seen paper about it (publication section), I know it does not describe BC very well, but some infos are there.

Regards, Maciej Matyka<A HREF="http://www.simulation.prv.pl">www.simulation.prv.pl</a>

I am integrested flow over sqaure or rectangular box I just looked ito the file in the link http://panoramix.ift.uni.wroc/pl/~ma...ity_Matyka.pdf There you have just shown the figure but no information is available. So please sepcify more information 1)B.C 2)Reynolds number,Viscosity,Grids size sued by you. 3)Results Hope this is clear what I want

Yes, it is clear, There is no your email address, so please email me during next week for the details, since I am very busy this week, so I will give you datas. -- Maciej Matyka<A HREF="http://www.simulation.prv.pl">www.simulation.prv.pl</a>

Can you give me data this week if you are not busy. Pr

1. BC, I used simply inflow, on the left wall, outflow on the right wall. For the box I used no slip BC

2. Grid size: 50x25

3. Re=300 -> Viscosity=0.03

Please mail me or post here if you need something more (I can i.e. copy some parts of the code if you prefer).

Regards, Maciek

What is the sixe of the box and outside geometry.? What is the time step size and at what time step did you get steady state solution.? Can you send me the results of the steadt state solution a)Pressure b)Velocity Otheriwse pressure constours and velocity vector field and contours willbe enough? Thanks Pr

What is the size of the box and the outside geometry.? What is the time step size and at what time step did you get steady state solution.? Can you send me the results of the steadt state solution a)Pressure b)Velocity Otheriwse pressure constours and velocity vector field and contours willbe enough? Thanks Pr

please how to get the SIMPLE and SIMPLER code Yours