Drain
Result types for drain
| Property | Long name | Unit | Description |
|---|---|---|---|
| Ux | ux | Length | Total displacement in x direction |
| Uy | uy | Length | Total displacement in y direction |
| Utot | |u| | Length | Total displacement |
| dUx | Δux | Length | Incremental displacement in x direction |
| dUy | Δuy | Length | Incremental displacement in y direction |
| dUtot | |Δu| | Length | Total incremental displacement |
| PUx | Pux | Length | Summed displacement per phase in x direction |
| PUy | Puy | Length | Summed displacement per phase in y direction |
| PUtot | |Pu| | Length | Total summed displacement per phase |
| Vx | vx | Length/Time | Velocity in x direction |
| Vy | vy | Length/Time | Velocity in y direction |
| Vtot | |v| | Length/Time | Total velocity |
| Ax | ax | Length/Time2 | Acceleration in x direction |
| Ay | ay | Length/Time2 | Acceleration in y direction |
| Atot | |a| | Length/Time2 | Total acceleration |
| Agx | ax('g') | - | Acceleration in g in x direction |
| Agy | ay('g') | - | Acceleration in g in y direction |
| Agtot | |a|('g') | - | Total acceleration in g |
| InterfaceRelativeShearStress | τrel | - | Relative shear stress in drains |
| U1 | u1 | Length | Total displacement in first local axis direction |
| U2 | u2 | Length | Total displacement in second local axis direction |
| dU1 | Δu1 | Length | Incremental displacement in first local axis direction |
| dU2 | Δu2 | Length | Incremental displacement in second local axis direction |
| PU1 | Pu1 | Length | Summed displacement per phase in first local axis direction |
| PU2 | Pu2 | Length | Summed displacement per phase in second local axis direction |
| Height | Elevation | Length | Elevation |
| TotalDischarge | Total discharge | Discharge (Volume/Time/Length) | The volume of water that flows through the drain in a certain amount of time |
| WellDrainHead | ψmin | Length | Well drain head of line drain |
| UxMin | ux,min | Length | Minimum displacement in x direction |
| UyMin | uy,min | Length | Minimum displacement in y direction |
| UxMax | ux,max | Length | Maximum displacement in x direction |
| UyMax | uy,max | Length | Maximum displacement in y direction |
| UtotMax | |u|max | Length | Total maximum displacement |
| VxMin | vx,min | Length/Time | Minimum velocity in x direction |
| VyMin | vy,min | Length/Time | Minimum velocity in y direction |
| VxMax | vx,max | Length/Time | Maximum velocity in x direction |
| VyMax | vy,max | Length/Time | Maximum velocity in y direction |
| VtotMax | |v|max | Length/Time | Total maximum velocity |
| AxMin | ax,min | Length/Time2 | Minimum acceleration in x direction |
| AyMin | ay,min | Length/Time2 | Minimum acceleration in y direction |
| AxMax | ax,max | Length/Time2 | Maximum acceleration in x direction |
| AyMax | ay,max | Length/Time2 | Maximum acceleration in y direction |
| AtotMax | |a|max | Length/Time2 | Total maximum acceleration |
| AgxMin | ax,min('g') | - | Minimum acceleration in g in x direction |
| AgyMin | ay,min('g') | - | Minimum acceleration in g in y direction |
| AgxMax | ax,max('g') | - | Maximum acceleration in g in x direction |
| AgyMax | ay,max('g') | - | Maximum acceleration in g in y direction |
| AgtotMax | |a|max('g') | - | Total maximum acceleration in g |
| PUxMin | Pux,min | Length | Minimum displacement per phase in x direction |
| PUyMin | Puy,min | Length | Minimum displacement per phase in y direction |
| PUxMax | Pux,max | Length | Maximum displacement per phase in x direction |
| PUyMax | Puy,max | Length | Maximum displacement per phase in y direction |
| PUtotMax | |Pu|max | Length | Total maximum displacement per phase |
| PVxMin | Pvx,min | Length/Time | Minimum velocity per phase in x direction |
| PVyMin | Pvy,min | Length/Time | Minimum velocity per phase in y direction |
| PVxMax | Pvx,max | Length/Time | Maximum velocity per phase in x direction |
| PVyMax | Pvy,max | Length/Time | Maximum velocity per phase in y direction |
| PVtotMax | |Pv|max | Length/Time | Total maximum velocity per phase |
| PAxMin | Pax,min | Length/Time2 | Minimum acceleration per phase in x direction |
| PAyMin | Pay,min | Length/Time2 | Minimum acceleration per phase in y direction |
| PAxMax | Pax,max | Length/Time2 | Maximum acceleration per phase in x direction |
| PAyMax | Pay,max | Length/Time2 | Maximum acceleration per phase in y direction |
| PAtotMax | |Pa|max | Length/Time2 | Total maximum acceleration per phase |
| PAgxMin | Pax,min('g') | - | Minimum acceleration in g in x direction |
| PAgyMin | Pay,min('g') | - | Minimum acceleration in g in y direction |
| PAgxMax | Pax,max('g') | - | Maximum acceleration in g in x direction |
| PAgyMax | Pay,max('g') | - | Maximum acceleration in g in y direction |
| PAgtotMax | |Pa|max('g') | - | Total maximum acceleration in g |
| SPUx | ΣPux | Length | Summed displacement over phases in x direction |
| SPUy | ΣPuy | Length | Summed displacement over phases in y direction |
| SPUtot | |ΣPu| | Length | Total summed displacement over phases |
| NodeID | Node ID | - | Returns the ID of the nodes |
| ElementID | Element ID | - | Returns the element ID for the drain structures |
| LocalNumber | Local number | - | The n-th node or stress point in a structure element (also displayed in the tables of Output program) |