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Hydraulic Efficiency of Grate and Curb Inlets - Urban Drainage and ...

Hydraulic Efficiency of Grate and Curb Inlets - Urban Drainage and ...

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UDFCD <strong>Curb</strong> <strong>and</strong> <strong>Grate</strong> Study Data Sheet<br />

Date: Test ID Number:<br />

Operators (first initial <strong>and</strong> last name):<br />

Start Time:<br />

End Time:<br />

Water Temperature (ºF):<br />

Model Information<br />

Cross Slope: 1% 2% Longitudinal Slope: 0% 0.5% 2% 4%<br />

Model Configuration (circle one): Denver Type 13 Denver Type 16 Type R<br />

Inlet Configuration (circle one): Single Double Triple 5-ft 9-ft 12-ft 15-ft<br />

Debris: Y N 4-ft curb opening: Y N<br />

Other:<br />

Discharge Information<br />

Venturi Reading (cfs):<br />

Mag Meter Reading (cfs):<br />

Annubar (cfs):<br />

Through <strong>Grate</strong>s (ft <strong>of</strong> head):<br />

Bypassing <strong>Grate</strong>s (ft <strong>of</strong> head):<br />

Flow Characteristics<br />

Extent <strong>of</strong> Flow (station <strong>and</strong> distance from river right wall): See Back <strong>of</strong> Sheet<br />

Depth <strong>of</strong> Flow, at 5 ft Upstream, Model:<br />

Gutter Flow Line Depth:<br />

Verbal Description <strong>of</strong> Flow into <strong>Inlets</strong><br />

Note: Upstream grate is #1, second is #2, <strong>and</strong> the furthest downstream is # 3.<br />

Approximate distribution <strong>of</strong> flow through inlets:<br />

UDFCD Sheet (Page 1 <strong>of</strong> 2)<br />

(Over)<br />

117

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