Theses/Dissertations
Author Dablemont, Todd Wayne, 1984-

Title The effectiveness of the Natural Resource Conservation Service (NRCS) and Huff rainfall distribution methods for use in detention basin design / by Todd Wayne Dablement.

Published ©2010.
LOCATION CALL # STATUS
 MST DEPOSITORY  THESIS T 9596/9623  MICROFILM    NOT CHECKED OUT
 MST Thesis  THESIS T 9604    NOT CHECKED OUT
Description viii, 61 leaves : illustrations ; 28 cm
Summary "This thesis focuses on the effectiveness of the NRCS and Huff rainfall distribution methods for use in detention basin design. This study required the use of HEC-HMS, hydrologic modeling software, in order to analyze the distribution methods. Three separate detention basins and their watersheds were modeled for this study. The watersheds were analyzed for both undeveloped and developed conditions. The parameters analyzed include detention basin inflow, detention basin outflow, watershed peak discharge, and detention basin storage capacity. The determination of detention basin effectiveness was based upon these parameters. The NRCS distribution method is widely used; however, many who use it have little understanding of its effectiveness. The Huff distribution method differs in several ways from the NRCS distribution method including providing the user with an option to use different storm durations"--Abstract, leaf iii.
Notes Vita.
M.S. Missouri University of Science and Technology 2010.
Includes bibliographical references (leaves 59-60).
Subjects United States. Natural Resources Conservation Service.
Storm water retention basins -- Design.
Rain and rainfall -- Measurement.
Other Titles MST thesis. Civil Engineering (M.S., 2010).
OCLC/WorldCat Number 678574608
Author Dablemont, Todd Wayne, 1984-
Title The effectiveness of the Natural Resource Conservation Service (NRCS) and Huff rainfall distribution methods for use in detention basin design / by Todd Wayne Dablement.
Subjects United States. Natural Resources Conservation Service.
Storm water retention basins -- Design.
Rain and rainfall -- Measurement.
Other Titles MST thesis. Civil Engineering (M.S., 2010).