CMS-Flow:Boundary Conditions: Difference between revisions

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{{Equation|<math> q_i  = \frac{Q_{b}}{ \sum_{i=1}^N \frac{\Delta s_i h_i^{1+r}}{n_i}} \frac{ h_i^{1+r}} {n_i} </math>|2=2}}
{{Equation|<math> q_i  = \frac{Q_{b}}{ \sum_{i=1}^N \Delta s_i h_i^{1+r}/n_i} \frac{ h_i^{1+r}} {n_i} </math>|2=2}}


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Revision as of 15:20, 23 June 2010

Water Level

Water Level and Current Velocity

Tidal Constituent

The water level predictions are based on a harmonic equation with several arguments

  (1)

where is the constituent mean amplitude, is a factor that reduces the mean amplitude and varies in time, are the constituents equilibrium phase and is the constituent phase lag or epoch.

Flux

The water flux is specified as m^3/sec per cell along the cell string. This value is multiplied by the number of cells in the cell string to obtain the total flux. The total flux is then redistributed along the boundary according to


  (2)

Symbol Description
Time
Constituent mean amplitude
Constituent nodal factor
Constituent equilibrium argument
Constituent equilibrium argument
Constituent phase or epoch

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