User:Jcreer/SMS:SRH-2D Solution Data: Difference between revisions
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*Critical sediment diameter (D*) | *Critical sediment diameter (D*) | ||
*Froude number (Froude) | *Froude number (Froude) | ||
*Erosion depth (ERO_DEP) | *Erosion depth (ERO_DEP) | ||
*Velocity Magnitude (Vel_Mag) | *Velocity Magnitude (Vel_Mag) | ||
*Velocity (Velocity) | *Velocity (Velocity) | ||
*Water depth (Water_Depth) | *Water depth (Water_Depth) | ||
*Water elevation (Water_Elev) | *Water elevation (Water_Elev) | ||
===Notes=== | |||
For the volume under ERO_DEP_ft; the numbers are an area calculation for each selected element, derived from the linear depth (or solid) volume at each node of the element. If it is negative, it measures the depth of material that has been deposited for the selected element. If it is a positive number, it measures the depth that has been eroded. | |||
Revision as of 17:52, 1 November 2021
Solution Variables
There are several variables that can be generated in the SRH-2D Model run. Some of these include:
- Bed shear stress (B_Stress)
- Bed elevation (Bed_Elev))
- Concentration (CONC_T)
- Critical sediment diameter (D*)
- Froude number (Froude)
- Erosion depth (ERO_DEP)
- Velocity Magnitude (Vel_Mag)
- Velocity (Velocity)
- Water depth (Water_Depth)
- Water elevation (Water_Elev)
Notes
For the volume under ERO_DEP_ft; the numbers are an area calculation for each selected element, derived from the linear depth (or solid) volume at each node of the element. If it is negative, it measures the depth of material that has been deposited for the selected element. If it is a positive number, it measures the depth that has been eroded.
