Hello,
I am thinking about tidal weirs on estuaries and tidal channels. Basically a freshwater channel overflows a wall into another oceanic channel of a certain depth. Now I am wondering, how deep does the oceanic channel have to be for stratification to occur for a given ocean tidal range. Is this kind of engineering question possible to investigate in ROMS? I am guessing that splashing isn’t allowed in ROMS? Or if it is, the time step must be really small? Is there any way to get around this (slow overflow speed)?
A similar question is discharge of freshwater into saltwater by a gate opening from the bottom. Different from my main question above, this is possible to explore the response to different opening amounts and durations, right?
Thank you.
Can ROMS handle weir crest overflow and dam discharge (both freshwater into saltwater)?
- stevenmiguelfigueroa
- Posts: 22
- Joined: Mon Apr 20, 2020 12:49 pm
- Location: Chungnam National University
Re: Can ROMS handle weir crest overflow and dam discharge (both freshwater into saltwater)?
This ROMS is fundamentally a hydrostatic model. There are other models which include the non-hydrostatic effects of "not small" vertical accelerations. MITgcm is the one I hear most about.