An updated two-dimensional flow simulation program, FullSWOF-ZG, which fully (Full)
solves shallow water (SW) equations for overland flow (OF) and includes submodules …

A roadway's capacity to drain itself is of utmost importance for the safety and comfort of its
users. Standing water and any amount of channelized flow on roadways create nuisances to …

This manual provides a comprehensive and practical guide for the design of storm drainage
systems associated with transportation facilities. Information is provided for the design of …

Effectively managing floods in urban regions requires effectively designed and well-
maintained runoff collection system. The absence of such a system and intense rainfall …

Proper drainage of bridge decks is essential for vehicle safety and bridge sustainability. The
evaluation of Kansas Department of Transportation (KDOT) design guidelines could reduce …

Bridge deck drainage is driven by the hydraulic efficiency of inlets, which can be affected by
grate design, downspout configuration, and debris accumulation. Inadequate drainage can …

Without adequate drainage, stormwater can accumulate on road surfaces creating safety
hazards including vehicle hydroplaning, road spray, and obscured roadway markings …

This research provides the Ohio Department of Transportation (ODOT) with a validated
methodology for evaluating the efficiency of present-day grates and curb-opening inlets …

Computational Study of Hydraulic Performance of South Carolina DOT Catch Basins Type
CB 1, CB 16, and CB 17 Page 1 Computational Study of Hydraulic Performance of South …

This study is to understand and quantify the hydraulic and hydrological performance of road
bioretention facilities as well as the basic problems in urban drainage and road bioretention …