http://www.wiki.mohid.com/api.php?action=feedcontributions&feedformat=atom&user=192.168.23.176&*MohidWiki - User contributions [en]2026-04-04T20:35:18ZUser contributionsMediaWiki 1.28.0http://www.wiki.mohid.com/index.php?title=MOHID&diff=426MOHID2008-02-12T12:33:46Z<p>192.168.23.176: </p>
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<div>'''MOHID''' is the short name for ''Modelo Hidrodinâmico'' which means Hydrodynamic Model in Portuguese that was the original purpose of the model when it was created back in 1985. MOHID Water Modelling System is a modular finite volumes water modelling system written in ANSI [http://en.wikipedia.org/wiki/FORTRAN FORTRAN 95] using an object oriented programming philosophy, integrating diverse numerical models and supporting graphical user interfaces that manage all the pre- and post-processing. It is an integrated modelling tool able to simulate physical and biogeochemical processes in the water column as well as in the sediments, and is also able to simulate the coupling between these two domains and the latter with the atmosphere. http://www.mohid.com.</div>192.168.23.176http://www.wiki.mohid.com/index.php?title=Applications&diff=34Applications2008-02-11T21:04:37Z<p>192.168.23.176: </p>
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<div>The model has been applied to several coastal and estuarine areas and it has showed its ability to simulate complex features of the flows. Several different coastal areas have been modelled with MOHID in the framework of research and consulting projects. <br />
<br />
== Estuaries ==<br />
<blockquote style="background: white; border: 1px blue; padding: 1em;"><br />
*'''Tagus, Portugal''' (Portela, 1996; Pina ''et al.'', 2000; Pina, 2001; Braunschweig ''et al.'', 2003; Pina ''et al.'', 2003; Leitão, 2002; Fernandes, L., 2005; Saraiva ''et al.'', 2005)<br />
*'''Guadiana, Portugal''' (Cunha ''et al.'', 2000)<br />
*'''Douro, Portugal''' (Pina ''et al.'', 2003)<br />
*'''Sado, Portugal''' (Martins ''et al.'', 2001)<br />
*'''Westerschelde, The Netherlands''' (Cancino and Neves, 1999);<br />
*'''Gironde, France''' (Cancino and Neves, 1999)<br />
*'''Carlingford, Ireland''' (Leitão, 1997) <br />
</blockquote><br />
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== Coastal lagoons ==<br />
<blockquote style="background: white; border: 1px blue; padding: 1em;"><br />
*'''Ria Formosa''' (Martins ''et al.'', 2004)<br />
*'''Ria de Aveiro''' (Trancoso ''et al.'', 2005; Saraiva, 2005). <br />
</blockquote><br />
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== Coastal systems == <br />
<blockquote style="background: white; border: 1px blue; padding: 1em;"><br />
*'''Estoril Coast''' (Fernandes, R., 2005)<br />
*'''Ria de Vigo''' (Taboada ''et al.'', 1998; Montero, 1999; Montero ''et al.'', 1999)<br />
*'''Ría de Pontevedra''' (Taboada ''et al.'', 2000; Villarreal ''et al.'', 2000) <br />
</blockquote><br />
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== Ocean ==<br />
<blockquote style="background: white; border: 1px blue; padding: 1em;"><br />
*'''Algarve coastal circulation''' (Leitão, 2007)<br />
*'''Mediterranean outflow''' (Riflet, 2007)<br />
*'''Portuguese coastal current''' (Coelho, 2002)<br />
*'''Slope current along the European Atlantic shelf break''' (Neves ''et al.'', 1998)<br />
*'''Mediterranean Sea''' (Taboada, 1999)<br />
*'''Alboran Sea''' (Santos, 1995)<br />
</blockquote><br />
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== Reservoirs == <br />
<blockquote style="background: white; border: 1px blue; padding: 1em;"><br />
*'''Monte Novo''' (Braunschweig, 2001)<br />
*'''Roxo''' (Braunschweig, 2001)<br />
*'''Alqueva ''' (Braunschweig, 2001)<br />
</blockquote><br />
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== Basins ==<br />
<br />
== References ==</div>192.168.23.176http://www.wiki.mohid.com/index.php?title=Land_boundary_condition;&diff=994Land boundary condition;2006-07-05T11:42:09Z<p>192.168.23.176: </p>
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<div>The land boundary presently in the MOHID system is imposed in the form <br />
of water and mass fluxes.<br />
<br />
== Hydrodynamic_x.dat==<br />
In the hydrodynamic input data it's necessary to turn on the water discharge option. By default no water discharge is imposed (WATER_DISCHARGES : 0).<br />
WATER_DISCHARGES : 1<br />
== WaterProperties_x.dat==<br />
For each property is possible to impose a mass discharge. By default no mass discharge is imposed (DISCHARGES : 0).<br />
<beginproperty><br />
DISCHARGES : 1 <br />
<endproperty><br />
== Discharges_x.dat ==<br />
Here's an example on how to define a river discharge. More than one river discharges can<br />
be defined. For each discharge corresponds a <begindischarge> / <enddischarge> block.<br />
<begindischarge><br />
NAME : Quilombo<br />
DESCRIPTION : Discharge of Quilombo River (É necessário confirmar a localização)<br />
I_CELL : 142<br />
J_CELL : 92<br />
K_CELL : 1<br />
ALTERNATIVE_LOCATIONS : 0<br />
DATA_BASE_FILE : ..\..\GeneralData\Discharges\Quilombo.txt<br />
FLOW_COLUMN : 2<br />
<<beginproperty>><br />
NAME : salinity<br />
UNITS : psu<br />
DESCRIPTION : salinity in santos<br />
DEFAULTVALUE : 0.5<br />
<<endproperty>><br />
<<beginproperty>><br />
NAME : cohesive sediment<br />
UNITS : mg/l<br />
DESCRIPTION : Coehsive Sediment discharge from Quilombo river<br />
TIME_SERIE_COLUMN : 3<br />
<<endproperty>><br />
<<beginproperty>><br />
NAME : temperature<br />
UNITS : mg/l<br />
DESCRIPTION : temperature discharge<br />
TIME_SERIE_COLUMN : 4<br />
<<endproperty>><br />
<enddischarge></div>192.168.23.176