SMS:SRH Boundary Conditions: Difference between revisions

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SRH support a variety of boundary conditions for hydraulic computation. The boundary conditions for the model are specified through the SRH coverage by selection the an arc and assigning a boundary condition or by selecting a nodestring in the mesh and assigning a boundary condition. All currently supported boundary types are exterior boundaries with the exception of a monitor line. Other boundary types include the following: Inlet-Q, Inlet-SC, Exit-EX, Exit-H, Exit-Q, Wall, and Symmetry.
SRH support a variety of boundary conditions for hydraulic computation. The boundary conditions for the model are specified through the SRH coverage by selection the an arc and assigning a boundary condition or by selecting a nodestring in the mesh and assigning a boundary condition. All currently supported boundary types are exterior boundaries with the exception of a monitor line. Other boundary types include the following: Inlet-Q, Inlet-SC, Exit-EX, Exit-H, Exit-Q, Wall, and Symmetry.
Inlet-Q is a subcritical inlet boundary that may be given as a constant discharge or as a variable discharge hydrograph. The velocity distribution type may be selected from the boundary condition menu.
*Inlet-Q is a subcritical inlet boundary that may be given as a constant discharge or as a variable discharge hydrograph. The velocity distribution type may be selected from the boundary condition menu.
*Inlet-SC is a supercritical inlet boundary that may be given as a constant discharge or as a variable discharge hydrograph. Inlet-SC also requires information about depth. Within the boundary condition menu, the velocity distribution type may be specified.
Inlet-SC is a supercritical inlet boundary that may be given as a constant discharge or as a variable discharge hydrograph. Inlet-SC also requires information about depth. Within the boundary condition menu, the velocity distribution type may be specified.
*Exit-EX is a supercritical exit boundary condition.
*Exit-H is a stage type exit boundary where water surface elevation may be given as a constant number or as a stage-discharge or rating curve.
Exit-EX is a supercritical exit boundary condition.  
*Exit-Q is and exit boundary with a discharge given as a constant number or as a hydrograph.
Exit-H is a stage type exit boundary where water surface elevation may be given as a constant number or as a stage-discharge or rating curve.
Exit-Q is and exit boundary with a discharge given as a constant number or as a hydrograph.




Revision as of 20:40, 13 January 2014

SRH support a variety of boundary conditions for hydraulic computation. The boundary conditions for the model are specified through the SRH coverage by selection the an arc and assigning a boundary condition or by selecting a nodestring in the mesh and assigning a boundary condition. All currently supported boundary types are exterior boundaries with the exception of a monitor line. Other boundary types include the following: Inlet-Q, Inlet-SC, Exit-EX, Exit-H, Exit-Q, Wall, and Symmetry.

  • Inlet-Q is a subcritical inlet boundary that may be given as a constant discharge or as a variable discharge hydrograph. The velocity distribution type may be selected from the boundary condition menu.
  • Inlet-SC is a supercritical inlet boundary that may be given as a constant discharge or as a variable discharge hydrograph. Inlet-SC also requires information about depth. Within the boundary condition menu, the velocity distribution type may be specified.
  • Exit-EX is a supercritical exit boundary condition.
  • Exit-H is a stage type exit boundary where water surface elevation may be given as a constant number or as a stage-discharge or rating curve.
  • Exit-Q is and exit boundary with a discharge given as a constant number or as a hydrograph.


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