Hi, Everyone,
Just want to report the different results in ROMS tidal simulation from two different version of ROMS, V766 and V820 (see attached figure). The model runs have identical setting with RAMP_TIDES. My guess is that two version of ROMS have two different ramp up weight coefficient ...
Search found 4 matches
- Tue Dec 20, 2016 7:48 pm
- Forum: ROMS Results
- Topic: two different rampup tides from two version of ROMS
- Replies: 0
- Views: 10098
- Mon Mar 05, 2012 2:44 pm
- Forum: ROMS Tools and Techniques
- Topic: About minimum depth
- Replies: 6
- Views: 11781
Re: About minimum depth
Considering a wet-dry ROMS, We can have a grid covering a domain without worrying about minimum depth. Just let the water flow around following fluid mechanics. In that sense there is no minimum depth.
Of course, practically wet-dry scheme usually still has a minimum depth for a grid point to be ...
Of course, practically wet-dry scheme usually still has a minimum depth for a grid point to be ...
- Wed Jun 15, 2011 5:46 pm
- Forum: ROMS Ecosystem
- Topic: adding processes to fasham
- Replies: 5
- Views: 19985
Re: adding processes to fasham
Does ROMS already have existing module (like Fasham/Funnel's biology model) to simulate the bio-geo-chemical processes in the sedement and water-sediment interface? I am very interested to know.
If you want to simulate the bio-geo-chemical processes in the sediment and water-sediement interface ...
If you want to simulate the bio-geo-chemical processes in the sediment and water-sediement interface ...
- Mon Mar 20, 2006 4:09 pm
- Forum: ROMS Problems
- Topic: evenly-divided sigma-coordinate for h<Tcline
- Replies: 0
- Views: 2798
evenly-divided sigma-coordinate for h<Tcline
What I want is to use evenly-divided sigma-coordinate when h<Tcline in ROMS. In reality, The coding make it impossible.
1) in current s-coordinate coding, hc=min(Tcline, hmin). Therefore hc<=Tcline. not what i want.
2) if set hc=Tcline, then for h<Tcline. Middle layers will thinner than surface and ...
1) in current s-coordinate coding, hc=min(Tcline, hmin). Therefore hc<=Tcline. not what i want.
2) if set hc=Tcline, then for h<Tcline. Middle layers will thinner than surface and ...