Dear Anshu, It looks as if you want to set up a regional model. One of the first things you need to decide is if you want to have sponges/radiation conditions at the boundaries or just close them off. If you close them off, the model will settle into into own steady stade controlled by the fact that the flow is forced to be along the boundaries. If you apply sponges, you can restore the tracer fields to some climatology and this will offset the effect of the flow along the boundaries to some extent. If you decide to use a sponge, you can use the code that I put on the bulletin board.
You will have to decide on the grids, topography, initial and forcing fields. Please use test3 as a template to generate this. The process involves a lot of trial and error and you will learn more with each mistake. Good luck Swathi On Wed, 18 Jun 2003, Stephen Griffies wrote: > Dear Anshu, > > (A) These questions regard how to set up a research experiment. There is > literature to be found on the mom4 web page, as well as a wealth of > papers in the literature which can be consulted to help design and run a > research experiment. It is not within our abilities at GFDL to design > your experiment. Notably, the test cases are designed to test > numerics--they do not necessarily have good physical relevance. They > will need to be greatly modified to satisfy the needs of your research > study. > > I have cc'ed the mom4-email list in case someone can provide you with > further assistance. > > (B) GM is an acronym for "Gent-McWilliams". Please see my book > manuscript, accessible from the mom4 web page, for details of the mixing > scheme prescribed by GM as well as references. > > > Sincerely, > Stephen Griffies > > > Subject: > Date: 17 Jun 2003 15:23:04 -0000 > From: "anshu prakash mishra" <[EMAIL PROTECTED]> > To: [EMAIL PROTECTED] > > <P> > sir,<BR> > i run mom4 test cases on sgi2100 server with 4 processor systems. Now I > want to simualte 50e-10e 60s-10n, and want to study salinity,temparature > and wind fields pattern using MOM4 test case1(/2/3).Please suggest me > how we can do this study and where we have to make changes in script and > data needed and how to put it in the model.Waiting for reply.<BR> <BR> > > one more thing : in test case3 i was visualizing plots then in one place > figurecaption as "GM diffusivity(m2/sec)" And<BR> > "EXTRAP(LEVITUS_S_ANA,500,.001,.5)". Please explain me both > the figure caption and Meaning for GM.<BR> With reagard.<BR> > anshu<BR> > > ------------------------------------------------------------ > > -- > Dr. Stephen M. Griffies phone: +1-609-452-6672 > Geophysical Fluid Dynamics Laboratory FAX: +1-609-987-5063 > P.O. Box 308, Forrestal Campus Site B email: [EMAIL PROTECTED] > Princeton, NJ 08542 USA http://www.gfdl.noaa.gov/~smg > > > > ------------------------------------------------------- > This SF.Net email is sponsored by: INetU > Attention Web Developers & Consultants: Become An INetU Hosting Partner. > Refer Dedicated Servers. We Manage Them. You Get 10% Monthly Commission! > INetU Dedicated Managed Hosting http://www.inetu.net/partner/index.php > _______________________________________________ > FMS-mom4 mailing list > [EMAIL PROTECTED] > https://lists.sourceforge.net/lists/listinfo/fms-mom4 > ------------------------------------------------------- This SF.Net email is sponsored by: INetU Attention Web Developers & Consultants: Become An INetU Hosting Partner. Refer Dedicated Servers. We Manage Them. You Get 10% Monthly Commission! INetU Dedicated Managed Hosting http://www.inetu.net/partner/index.php _______________________________________________ FMS-mom4 mailing list [EMAIL PROTECTED] https://lists.sourceforge.net/lists/listinfo/fms-mom4
