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August 1, 2006, 09:02
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Analytical solution for lid driven cavity
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#1 |
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Guest
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Hello,
I used google the whole day, but I can't find a numerical solution to a 2D LDC-Problem. I need it to compute a pressure field to test my very simple NS-solver. Regards, Mike |
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August 1, 2006, 09:06
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Re: Analytical solution for lid driven cavity
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#2 |
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Guest
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Ghia did a good paper about this subject -it is an old paper. As well as more recent paper by Gupta. Also, the Wiki in here has this problem with a solution. The best way to check your NS-solver would be via Ghia's paper by checking the velocities at different Reynolds numbers v's Ghia's answers.
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August 1, 2006, 09:32
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Re: Analytical solution for lid driven cavity
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#3 |
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Guest
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Hi, thanks for your answer!
You mean this one? Ghia, Ghia, and Shin (1982), "High-Re solutions for incompressible flow using the Navier-Stokes equations and a multigrid method", Journal of Computational Physics, Vol. 48, pp. 387-411. Has anybody got an idea where I can get this paper? Regards, Mike |
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August 1, 2006, 10:31
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Re: Analytical solution for lid driven cavity
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#4 |
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Guest
Posts: n/a
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that is the paper. You will have to request it from somewhere. If you are in school or have a friend at a university or near a university library you might be able to find it.
Gupta's paper is nice too. His is only a year old. |
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August 1, 2006, 12:14
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Re: download from this
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#5 |
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Guest
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You can download one of the best one from the following link (contain re=1000-10000, and comparison with various publications)
http://www.math.u-bordeaux.fr/~saad/...nalarticle.pdf |
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August 1, 2006, 13:36
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Re: download from this
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#6 |
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Guest
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Gupta's paper is nice for the velocity graphs - which make for an easy comparison.
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August 1, 2006, 14:17
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Re: download from this
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#7 |
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Guest
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Ghia's paper actually includes tabulated data. I am primarily to blame for the wiki article, and I have some data (from Fluent calculations) that I will be adding as soon as I get time (maybe next week). It is not quite the same as comparing to results in the literature, though.
Jason |
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August 2, 2006, 00:06
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give ur mail id
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#8 |
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Guest
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hello give ur mail id i will send the soft copy of ghias paper bye
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August 2, 2006, 02:08
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Re: give ur mail id
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#9 |
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Guest
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Hi, I sent you my mail address.
Thanks for your help jj, Andrew, rt and jasond! |
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August 2, 2006, 02:13
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Re: download from this
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#10 |
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Guest
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That is a very nice paper. Much obliged.
diaw... |
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August 2, 2006, 02:30
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Re: please send me too
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#11 |
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Guest
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JJ, please send a copy to me, too: peterpendum@yahoo.com thank you, peter.
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August 2, 2006, 04:59
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Re: please send me too
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#12 |
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Guest
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JJ, can you please send me a copy too : the.hurricane@hotmail.com And thanx in advance.
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August 2, 2006, 08:10
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Re: please send me too
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#13 |
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Guest
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Ghia's paper is long. I still recommend Gupta's paper for verification of code.
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August 2, 2006, 08:17
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Re: please send me too
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#14 |
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Guest
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Gupta, Murli M., Kalita, Jiten C., A New Paradigm for Solving Navier-Stokes Equations: Streamfunction-Vorticity Formulation, Journal of Computational Physics, 207, 2005, 52-68.
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July 4, 2012, 13:34
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#15 |
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Senior Member
Przemek
Join Date: Jun 2011
Posts: 249
Rep Power: 16  |
JJ, can you please send me a copy of Ghia article too : przemyslaw.blasiak@pwr.wroc.pl And thanx in advance.
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July 5, 2012, 12:38
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#16 |
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Senior Member
Jonas T. Holdeman, Jr.
Join Date: Mar 2009
Location: Knoxville, Tennessee
Posts: 128
Rep Power: 18 |
There are two related Matlab codes on the CFD-online wiki source code archive - educational (select wiki at the top of this page) which agree with Ghia et al and Botella & Peyret and Bruneau & Saad. You can run one of these codes to get computational results for comparison.
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July 5, 2012, 15:30
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#17 |
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Member
Mohammad Reza Hadian
Join Date: Mar 2009
Location: Yazd, Iran
Posts: 52
Rep Power: 17 |
would anybody send me the Ghia's paper? m.r.hadian<at>gmail.com
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