DE Yakr
Civil/Environmental
- Jun 26, 2020
- 20
As per the HydroCAD Owner's Manual, "In order for tailwater effects to be automatically accommodated, two conditions must exist: 1) The upper node must use a routing procedure that is "tailwater aware"." and "2) The lower node must use a routing procedure that defines-(this word is in italics) a water surface elevation, which is seen as the tailwater for inflowing nodes."
Scenario: I have a pond (pond node) that outlets into a small ditch (reach node). Am using the Dyn-Stor-Ind for the Reach Routing and Pond Routing methods.
Questions:
1. Do I have to designate a tailwater elevation in the reach to see if it would effect the pond?
2. Or would HydroCAD automatically calculate the reach conditions such that if the elevation in the ditch gets high enough, it would effect the pond outlet via the tailwater it creates as the outflow progresses? I.e., is HydroCAD automatically calculating a potential tailwater condition?
Scenario: I have a pond (pond node) that outlets into a small ditch (reach node). Am using the Dyn-Stor-Ind for the Reach Routing and Pond Routing methods.
Questions:
1. Do I have to designate a tailwater elevation in the reach to see if it would effect the pond?
2. Or would HydroCAD automatically calculate the reach conditions such that if the elevation in the ditch gets high enough, it would effect the pond outlet via the tailwater it creates as the outflow progresses? I.e., is HydroCAD automatically calculating a potential tailwater condition?