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Infiltration: Sizing and modeling
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Revision as of 22:01, 24 April 2020
39 bytes added
,
4 years ago
→Drainage time to empty facility
Line 89:
Line 89:
To calculate the time (''t'') to fully drain the facility:
To calculate the time (''t'') to fully drain the facility:
<math>t=\frac{nAp}{f'x}ln\left [ \frac{\left (d+ \frac{Ap}{x} \right )}{\left(\frac{Ap}{x}\right)}\right]</math>
<math>t=\frac{nAp}{f'x}ln\left [ \frac{\left (d+ \frac{Ap}{x} \right )}{\left(\frac{Ap}{x}\right)}\right]</math>
−
Where ln means natural
log
+
Where
"
ln
"
means natural
logarithm of the term in square brackets
[[category: modeling]]
[[category: modeling]]
[[category: infiltration]]
[[category: infiltration]]
Dean Young
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