User contributions
28 May 2020
Bioretention: Sizing and modeling
Calculate drawdown time
-1
Bioretention: Sizing and modeling
Calculate drawdown time
Bioretention: Sizing and modeling
Calculate drawdown time
+7
Bioretention: Sizing and modeling
Calculate drawdown time
+8
Bioretention: Sizing and modeling
Size a bioretention cell receiving flows directly to the storage reservoir for a constrained depth
Bioretention: Sizing and modeling
Size a bioretention cell receiving flows directly to the storage reservoir for a constrained depth
+53
Infiltration: Sizing and modeling
To calculate the required depth, where the area of the facility is constrained (3D drainage)
+16
File:Darcy drainage 20200528 locked.xlsx
Darcy drainage calculator tool, featuring updated nomenclature, that allows comparison of estimated drainage times assuming drainage in one and 3 dimensions and optimization of infiltration practice design. Should be used in tandem with the infiltrati...
Infiltration: Sizing and modeling
Time to drain the storage reservoir
-120
Infiltration: Sizing and modeling
To calculate the required depth, where the area of the facility is constrained (3D drainage)
+124
Infiltration: Sizing and modeling
Drainage time to empty facility
+88
Infiltration: Sizing and modeling
Time for drainage of surface ponded water
+55
Infiltration: Sizing and modeling
To calculate the required depth, where the area of the facility is constrained (1D drainage)
+22
Infiltration: Sizing and modeling
To calculate the require facility area or footprint where the depth is constrained (1D drainage)
+17
Infiltration: Sizing and modeling
To calculate the required depth, where the area of the facility is constrained (1D drainage)
+15
Infiltration: Sizing and modeling
To calculate the require facility area or footprint where the depth is constrained (1D drainage)
+1
Infiltration: Sizing and modeling
To calculate the required depth, where the area of the facility is constrained (1D drainage)
+68
Infiltration: Sizing and modeling
no edit summary
-571
Infiltration: Sizing and modeling
no edit summary
+583
Infiltration: Sizing and modeling
no edit summary
+13
Bioretention: Sizing and modeling
Size a bioretention cell with no underdrain for constrained ground area
Bioretention: Sizing and modeling
Size a bioretention cell with no underdrain for constrained ground area
-13
Bioretention: Sizing and modeling
Size a bioretention cell with no underdrain for constrained ground area
+6
Bioretention: Sizing and modeling
Size a bioretention cell with no underdrain for constrained ground area
+1
Bioretention: Sizing and modeling
Size a bioretention cell with no underdrain for constrained ground area
+19
27 May 2020
Infiltration: Sizing and modeling
Time for drainage of surface ponded water
+12
Infiltration: Sizing and modeling
Time for drainage of surface ponded water
+9
Infiltration: Sizing and modeling
Time for drainage of surface ponded water
+1
Infiltration: Sizing and modeling
Time for drainage of surface ponded water
+79
Infiltration: Sizing and modeling
Time for infiltration of surface ponded water
+37
Infiltration: Sizing and modeling
no edit summary
-6
Infiltration: Sizing and modeling
no edit summary
-123
Infiltration: Sizing and modeling
no edit summary
+30
Infiltration: Sizing and modeling
To calculate the required depth, where the area of the facility is constrained (3D drainage)
-1
21 May 2020
Infiltration: Sizing and modeling
no edit summary
-6
Infiltration: Sizing and modeling
no edit summary
+1
Infiltration: Sizing and modeling
no edit summary
+71
Infiltration: Sizing and modeling
no edit summary
+42
Infiltration: Sizing and modeling
no edit summary
Infiltration: Sizing and modeling
no edit summary
Infiltration: Sizing and modeling
no edit summary
+212
Infiltration: Sizing and modeling
no edit summary
+63
Infiltration: Sizing and modeling
no edit summary
+11
Infiltration: Sizing and modeling
no edit summary
-3
Bioretention: Sizing
Calculating infiltration practice drainage time assuming three dimensional (3D) drainageWoods Ballard, B., S. Wilson, H. Udale-Clarke, S. Illman, T. Scott, R. Ahsley, and R. Kellagher. 2016. The SuDS Manual. 5th ed. CIRIA, London.
+85
Bioretention: Sizing
no edit summary
+20
Bioretention: Sizing
Drainage time (3D)Woods Ballard, B., S. Wilson, H. Udale-Clarke, S. Illman, T. Scott, R. Ahsley, and R. Kellagher. 2016. The SuDS Manual. 5th ed. CIRIA, London.
+70
Bioretention: Sizing
Calculating infiltration practice drainage time, t assuming one dimensional (1D) drainage
-3
Bioretention: Sizing
Calculating infiltration practice drainage time, t assuming 1 dimensional (1D) drainage
+2
Bioretention: Sizing
Calculating infiltration practice drainage in 1 dimension
+54