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2006-193C.
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2006-193C.
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Last modified
1/27/2017 2:16:07 PM
Creation date
10/1/2015 12:15:55 AM
Metadata
Fields
Template:
Official Documents
Official Document Type
Plan
Approved Date
06/06/2006
Control Number
2006-193C.
Agenda Item Number
10.A.
Entity Name
Geographic Technologies Group,
Subject
Three year implementation plan and assessments
Geographic Information Systems GIS
Supplemental fields
SmeadsoftID
7372
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• Size or evaluate flow for sharp-crested weirs , broad-crested weirs , and orifices <br /> • FlowMaster can now calculate parabolic channels , box pipes , and elliptical pipes <br /> • FlowMaster will solve for any variable, including discharge , headwater elevation , <br /> discharge coefficient and more . Even submergence (tailwater effect) in orifices and <br /> weirs is taken into account <br /> • Enter the geometry and variable roughness for your irregular sections (open or <br /> closed ) to model irregular open and closed cross sections effortlessly <br /> • Compute composite roughness values for your irregular section using various <br /> methods including Lotter, Horton , Pavlovskii, or the Colebatch and Cox method , as <br /> well as the combination of Horton and Lotter that was available in the previous <br /> version <br /> • Model ditches and swoles regardless of size and shape . Geometric shapes include <br /> circular, rectangular, trapezoidal , triangular, gutter, and irregular <br /> • Perform a quick check or a design on a pressure pipe by simply plugging in the <br /> ' known information and clicking to solve for the unknown <br /> • Change friction methods from each individual worksheet on-the-fly, allowing you to <br /> compare the results using any method <br /> u <br /> ... . .. <br /> .....:.rte <br /> i <br /> FlowMaster Interface FlowMaster Analysis and Design <br /> StormCAD <br /> StormCAD offers a complete approach to storm sewer design and analysis, from rainfall to <br /> outlet . <br /> " • StormCAD makes if easy to model stormwater systems with : <br /> • Gradually varied flow computations <br /> • IMPROVED ! HEC-22 inlet and gutter flow computations <br /> • NEW ! Profile manager <br /> • NEW ! Curved pipe alignments <br /> • NEW ! HEC-22 and AASHTO headloss detailed reports <br /> _. • Scenario management <br /> • Construction drawing preparation <br /> • Capacity analysis <br /> • Automated constraint-based design <br /> • Integration with AutoCAD Land Development Desktop <br /> • Polyline-to-pipe conversion tools <br /> 108 <br /> GIS Needs Assessment and Implementation Plan Chapter 1 - Departmental GIS Needs Assessment <br />
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