CE 378
WATER RESOURCES ENGINEERING
SPRING 2008
Introduction (CHIN pgs 1 - 9)
Module 1: Historical Urban Water Systems
Review of conservation principles
Module 2: Basic Principles of Fluids
Flow in Closed Conduits (CHIN pgs 10 - 40)
Module 3a: Continuity, Momentum and Energy (Bernoulli)
Module 3b: Darcy Weisbach
Module 3c: Hazen Williams
Module 3d: Manning
Module 3e: Comparison of methods
Pipe Networks (CHIN pgs 40 - 48; 64 - 89)
Water use and water distribution system design (CHIN pgs 116 - 133)
Module 4a: Water demand
Module 4b: Water distribution system design
Module 4c: Introduction to EPANET
Pump performance and selection (CHIN 48 - 64)
Module 5: Pumps and storage
Flow in open channels (CHIN pgs 97 - 127; 127 - 145; 202 - 231)
Fundamental principles
Channel design methods
Module 6: Channel Stability
Module 6a: Mannings specific energy
Module 6b: Water surface profiles
Module 6c: Design of stable open channels
Module 6d: Design of channels and habitat issues
Module 6e: Stream buffers and land development
Design of sanitary sewers (CHIN pgs 231 - 255)
Module 7: Sanitary sewer design
Probability and statistical methods (CHIN pgs 271 - 328)
Module 8: Probability and statistics
Surface water hydrology (CHIN pgs 334 - 424)
Design storms and IDF curves
Rainfall abstractions
Peak flow estimations
Hydrographs and flow routing
Module 9a: Rainfall and runoff introduction
Module 9b: Runoff calculations with WinTR55
Module 9c1: WinTR55 for lab
Module 9c2: WinTR55 ponds document
Module 9d: Detention pond design with routing
Design of storm sewer systems (CHIN pgs 479 - 541)
Module 10a: Storm sewer system design
Module 10b: Gutters and inlet design
Module 10c: Getting started with SWMM5 storm and sanitary documents
Module 10d: Sediment movement in sewers
Culvert design (CHIN pgs 185 - 202)
Module 11: Culvert hydraulics