This calculation allows adding a boundary condition to a pipeline stretch in a water hammer scenario. Boundary conditions are essential for defining the fluid's entry and exit behavior in the system, enabling a more accurate simulation of pressure and flow variations in the water hammer scenario.
Parameter | Standard Units | Description |
|---|---|---|
Scenario | -- | Defines the scenario where the boundary condition will be applied |
Boundary condition name | -- | Name of the boundary condition to be added to the pipeline stretch |
Stretch name | -- | Name of the pipeline stretch where the boundary condition will be applied |
Location (index) | -- | Index defining the position of the boundary condition along the stretch |
Parameter | Standard Units | Description |
|---|---|---|
Scenario | -- | Result of the scenario with the boundary condition added to the stretch |
This calculation allows adding a boundary condition to a pipeline stretch in a water hammer scenario. Boundary conditions are essential for defining the fluid's entry and exit behavior in the system, enabling a more accurate simulation of pressure and flow variations in the water hammer scenario.
Parameter | Standard Units | Description |
|---|---|---|
Scenario | -- | Defines the scenario where the boundary condition will be applied |
Boundary condition name | -- | Name of the boundary condition to be added to the pipeline stretch |
Stretch name | -- | Name of the pipeline stretch where the boundary condition will be applied |
Location (index) | -- | Index defining the position of the boundary condition along the stretch |
Parameter | Standard Units | Description |
|---|---|---|
Scenario | -- | Result of the scenario with the boundary condition added to the stretch |