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Construction & civil engineer - drainage engineering


The document on this Reference CD teaches the basic skills and knowledge of drainage engineering and will help you develop sound engineering judgement needed to solve drainage problems.
It will enable you to describe hydrology; calculate drainage areas, runoff, and runoff for successive areas; design open and closed channels; and control erosion.
U.S. Army Engineer Center and School
Describe Hydrology and Calculate Drainage Areas
Part A - Basic Principles of Hydrology and How to Use Them to Estimate Runoff
Identification of the States in the Hydrologic Cycle
Interpretation of the Hydrography
Using the Isohyetal Map When Pinpoint Data Is Not Available
Depth of Intensity Conversions
Using Rainfall Intensity/Duration Curves
Part B - Delineate a Drainage Area and Estimate the Acreage
Part A- Calculate Runoff Using the Rational Method
Rational Method Design Procedures
Part B - Determine the Intensity (I) With and Without Pinpoint Data
Calculate Runoff for Successive Areas
Calculation of Runoff for Successive Areas
Part A - Hydraulic Theory and the Equation of Continuity as it Applies to Open Channel Design
Part C - Ditches and Functions
Part D - Ditch Shapes or Sections
Part E - How to Prevent Erosion in an Open Channel
Decreasing the Hydraulic Radius
Part F - Designing an Open Channel for a Given Drainage Area
Design a Channel for a Roadside Ditch
Part A - The Theory of Closed Channel Flow
Part B - Four Types of Culverts
Part C - Culvert Placement in Ditch Design
Part D - Cover, Bedding, and Fill for CMP
Part E- Design of Pipe Culverts With Unsubmerged Inlets
Part F - Example (Unsubmerged Inlet)
Part G - Designing a Culvert for a Roadway
Part A - Protection Against Surface Water Erosion
Part B - Erosion Control in Open and Closed Channel Drainage
Part C - Conditions Causing Subsurface Erosion
Part D - Methods of Controlling Subsurface Erosion
Subsurface Pipe or Subgrade Drainage Installations
Appendix A - List of Common Acronyms



Construction & civil engineer - drainage engineering