Storage model (Water Overlay): Difference between revisions
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Water on the [[Surface model (Water Overlay)|surface]] can flow into a | Water on the [[Surface model (Water Overlay)|surface]] can flow into a building's [[Water storage (Water Overlay)|water storage]]. This mechanism allows for short term water storage to reduce peak flow caused by heavy rainfall. | ||
Water storage in | Water storage in buildings can be implicitly activated or deactivated by adjusting their [[Water storage m2 (Water Overlay)|WATER_STORAGE_M2]] attribute. If there are no buildings in the project area with water storage capacity, no water storage will take place. | ||
When water flows onto a cell with a [[Water storage (Water Overlay)| | When water flows onto a cell with a [[Water storage (Water Overlay)|building capable of storing water]], that water will be stored in the building until the building's water storage capacity has been reached. Water cannot leave that storage, neither through flowing back into the surface water model nor by being removed from it altogether. When the storage is full, no additional water cannot flow into that storage for the remainder of the simulation. | ||
==Related formulas== | ==Related formulas== | ||
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==Related models== | ==Related models== | ||
* [[Surface model (Water Overlay)|Surface model]] | * [[Surface model (Water Overlay)|Surface model]] | ||
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* [[ | |seealso= | ||
* [[Building_last_storage_result_type_(Water_Overlay)|Building last storage result type]] | |||
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{{WaterOverlay formula nav}} | {{WaterOverlay formula nav}} | ||
Latest revision as of 09:00, 29 January 2024
Water on the surface can flow into a building's water storage. This mechanism allows for short term water storage to reduce peak flow caused by heavy rainfall.
Water storage in buildings can be implicitly activated or deactivated by adjusting their WATER_STORAGE_M2 attribute. If there are no buildings in the project area with water storage capacity, no water storage will take place.
When water flows onto a cell with a building capable of storing water, that water will be stored in the building until the building's water storage capacity has been reached. Water cannot leave that storage, neither through flowing back into the surface water model nor by being removed from it altogether. When the storage is full, no additional water cannot flow into that storage for the remainder of the simulation.
Related formulas
Related models
See also
- Models
- Surface • Ground • Rain • Evaporation • Infiltration • Elevation • Breach • Sewer • Storage • Tracer flow • Border • Order
- Model formulas
- Timestep • Season • Surface water level • Groundwater level
- Flow formulas
- Surface flow • Surface infiltration • Ground flow • Ground infiltration • Surface evaporation • Ground evaporation • Ground bottom flow
- Hydraulic structure formulas
- Culvert • Weir • Breach growth • Breach flow • Pump • Sewer Overflow • Inlet • Drainage
- Related