Stormwater Management for Land Development Methods and Calculations for Quantity Control

Name: Stormwater Management for Land Development Methods and Calculations for Quantity Control
Price: 24.84 USD
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ISBN: 9780471721772

ISBN-10: 0471721778

ISBN-13: 9780471721772

Edition: 2006

Authors: Thomas A. Seybert

List price: $150.75

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Description:

Starting from the basics, Stormwater Management for Land Development builds a thorough understanding of fluid dynamics and hydrology before presenting the reader with practical methods and designs to control and divert stormwater. It ends with an innovative chapter covering water quality issues and how they can influence the site design.This is the first book written at this basic level, and is the first to be useful to the growing group of Professional Surveyors developing stormwater management plans.

Book details

List price: $150.75
Copyright year: 2006
Publisher: John Wiley & Sons, Incorporated
Publication date: 3/30/2015
Binding: Hardcover
Pages: 392
Size: 6.30" wide x 9.30" long x 1.00" tall
Weight: 1.496
Language: English

Thomas A. Seybert, PhD, is Associate Professor of Engineering in the Surveying Program at The Pennsylvania State University, Wilkes-Barre Campus.



Preface


Acknowledgments



Introduction to Stormwater Management



Introduction



Effect of Land Development



Storm water Design Criteria



Comprehensive and Innovative Design



Book Organization



Fluid Properties and Basic Statics



Introduction



Units



Fluid Properties



Pressure



Forces on Submerged Objects



Buoyant Force



Fluid Flow



Introduction



Flow Rate



Conservation of Mass



Energy Methods



Bernoulli Equation



Energy Losses



General Energy Equation



The Orifice



Open Channel Flow



Introduction



Flow Classifications



Hydraulic Radius and Depth



Flow Behavior



Steady Uniform Flow



Specific Energy and Critical Depth



Channel Sizing



Circular Conduits Flowing Full or Partially Full



The Weir



Hydrology, Watersheds, and Soils



Introduction



The Hydrologic Cycle and Water Budget



Watersheds



Soils and Infiltration



Watershed versus Site Hydrology



Rainfall



Introduction



Rainfall Characteristics



VDF and IDF Charts



Design Storms



Travel Time



Introduction



Time of Concentration



Sheet Flow



Concentrated Flow



Mixed Sheet and Concentrated Flow



Channel or Pipe Flow



Segmental Flow Analysis



NRCS Segmental Method



NRCS Lag Equation



Comparison of Methods



Runoff Depth and Peak Flow



Introduction



Runoff Curve Number Method



NRCS Graphical Peak Discharge Method



Rational Peak Flow



Hydrographs



Introduction



Unit Hydrograph Concepts



NRCS Dimensionless Unit Hydrograph



Delmarva Unit Hydrograph



NRCS Tabular Hydrograph



Rational Hydrograph



Routing Methods



Introduction



Channel Routing



Muskingum Channel Routing



Muskingum-Cunge Channel Routing



Modified Puls Basin Routing



Drainage Conveyance and Control



Introduction



Swales and Open Channels



Storm Sewer Design



Culverts



Multiple-Event Detention Design



Introduction



Detention Volume Estimates



Multiple-Stage Outlet Flow Analysis



Storage and Outlet Design Procedure



Design Example



Development of the Manning Equation



Development of the Muskingum Routing Equations



Detailed Calculations for Example 11.4



Moody Diagram


Index