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307. Hydraulic Design. Design
of water supply and waste transport systems. Reservoir design, flood
routing; aqueduct design, structural requirements; distribution systems
analysis. Design of sanitary sewer system. Storm drainage system analysis,
rainfall-runoff relationship. Two lectures, one two-hour problem period.
Spring (Cr.3)
Prerequisite:
ENGS 303.
Pressure
flow and open channel hydraulics. Ordinary
differential equations. Ability
to use spread sheet program, (i.e., Excel)
Course
Goals:
-
To
design hydraulic systems including reservoir, transmission, network
and sewerage projects.
Course
Objectives:
-
To
design hydraulic systems including reservoir, transmission, network
and sewerage projects.
-
Course
Objectives:
-
The
students will be able to
-
Analyze
precipitation and runoff in a drainage area from point precipitation,
interception and infiltration.
-
Determine
the unit graph, runoff
-
Compute
rain and flood frequency analysis from gaging records.
-
Design
reservoirs, spillways, dams and appurtenant structures.
-
Solve
problems on closed conduits and open channels and design the sanitary
sewer, storm sewer, highway ditches and other drainage systems.
-
Design
of culvert and bridge waterways.
Course
Syllabus
Textbook:
Linsley, R.K. And Franzini, J.B., Water Resources Engineering, 3rd
Edition, McGraw-Hill Book Co., 1979.
References:
Linsley, Kohler and Paulhus, Hydrology for Engineers, McGraw-Hill,
1978. TR
55 Soil Conservation Services.
Topics:
-
Measurement
and analysis of precipitation and steam flow.
2 lectures
-
Hydrograph,
inflow, outflow, storage, routing, runoff
from snow.
3 lectures
-
Flood
frequency analysis.
2 lectures
-
Reservoir
design: storage, physical characteristics, sedimentation.
2 lectures
-
Analysis
and design of dams.
3 lectures
-
Appurtenant
structures of dams. 2
lectures
-
Transmission
in closed conduit.
2 lectures
-
Transmission
in open channel.
2 lectures
-
Design
of drainage systems.
2 lectures
-
Sanitary
sewer design.
2 lectures
-
Storm
sewer design.
2 lectures
-
Culvert
and bridge waterways.
2 lectures
-
Testing
(2 tests, final examination).
6 hours
Computer
Usage: EXCEL, HYDRA, TR55
Course
Project (varies with instructor; can include; the following)
-
Analysis
of precipitation data
-
Determination
of design flood using hydrologic methods and statistical methods
(Excel)
-
Analysis
and design of storm sewer (HYDRA)
-
Analysis
and design of sanitary sewer (HYDRA)
-
Design
of hydraulic structures (culverts and bridges)
-
Runoff
from rainfall and snow melt
-
Urban
Hydrology (TR55)
ABET
category content as estimated by faculty member who prepared this course
description: Engineering
Design: 3 credits (100%)
Prepared
by: Dr.
S. Bagchi
Date:
9.29.2000
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