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Infiltration: Sizing and modeling (view source)
Revision as of 16:31, 10 December 2021
, 2 years ago→To calculate the required storage reservoir footprint area where the depth is fixed or constrained (1D drainage)
==To calculate the required storage reservoir footprint area where the depth is fixed or constrained (1D drainage)==
==To calculate the required storage reservoir footprint area where the depth is fixed or constrained (1D drainage)==
To ensure that the water storage capacity of the facility is available at the onset of a storm event, it is recommended to size the storage reservoir despth, d<sub>r</sub>, based on the depth of water that will drain via infiltration between storm events. So d<sub>r</sub> can be calculated as <br>:
To ensure that the water storage capacity of the facility is available at the onset of a storm event, it is recommended to size the storage reservoir despth, d<sub>r</sub>, based on the depth of water that will drain via infiltration between storm events. So d<sub>r</sub> can be calculated as:<br>
<math>d_{r} = f'\times t </math>
<math>d_{r} = f'\times t </math>
Where <br>
Where <br>