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Closure to “Least-Cost and Most Efficient Channel Cross Sections” by Gerald E. Blackler and James C. Y. Guo
Publisher: American Society of Civil Engineers
Least-Cost and Most Efficient Channel Cross Sections
Publisher: American Society of Civil Engineers
Abstract: It has been a long-standing concern to decide if a channel should be designed to have the highest hydraulic efficiency or the least cost. In this study, a large amount of channel construction costs were reviewed and analyzed ...
Paved Area Reduction Factors under Temporally Varied Rainfall and Infiltration
Publisher: American Society of Civil Engineers
Abstract: Best management practices (BMPs) for storm water drainage systems
are used to increase storm water quality and reduce the amount of
storm water runoff that is generated from a developed watershed. Paved
area reduction ...
Field Test of Paved Area Reduction Factors Using a Storm Water Management Model and Water Quality Test Site
Publisher: American Society of Civil Engineers
Abstract: A water quality research facility located at Parking Lot K on the Auraria campus of the University of Colorado, Denver was used to create a calibrated hydraulic model that represents rainfall and runoff from a small, ...
Incentive Index Developed to Evaluate Storm-Water Low-Impact Designs
Publisher: American Society of Civil Engineers
Abstract: In practice, the challenge of storm-water low-impact-development (LID) design is often related to how to quantify the effectiveness of a LID layout. In this study, the watershed imperviousness was chosen as a basis to ...
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