American Society of Agricultural and Biological Engineers
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Performance Evaluation of Surface Inlet Designs
Published by the American Society of Agricultural and Biological Engineers, St. Joseph, Michigan www.asabe.org
Citation: Paper number 131610774, 2013 Kansas City, Missouri, July 21 - July 24, 2013. (doi: http://dx.doi.org/10.13031/aim.20131610774) @2013
Authors: Timothy James Rendall, Richard A.C. Cooke
Keywords: Drainage Inlet Hickenbottom Sediment Tile
Abstract. The objective of this study was evaluation the performance of different surface inlet designs. The inlets tested where the 6â€ Hickenbottom, AgriDrain, and two Ag-Solutions designs. The 8â€ Hickenbottom, AgriDrain and Ag-Solution inlets were also tested. The inlets were evaluated on the basis of comparing their performance of ideal uninhibited draining capacity, draining capacity with debris present, and the amount of sediment allowed into the drainage tile. The 6â€ Ag-Solutions and 8â€ Ag-Solutions have the best draining capacity in both ideal conditions and with field debris present. At a ponding depth of 15 cm without debris the 6â€ Ag-Solutions drains at a flow rate of 25,000 cm3/s and the 8â€ Ag-Solutions Drains at a flow rate of 20353.545 cm3/s. The Hickenbottom inlet has the least reduction of drainage capacity due to field debris inhibiting the flow of water through the inlet. This holds true for both the 6â€ and 8â€ designs. Overall, none of the inlet designs is better suited than the other to inhibit sediment flow into the tile lines.
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