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Historical SWMM 5 and SWMM 4 Engines and Examples

Subject:  Historical SWMM 5 and SWMM 4 Engines and Examples   The web site has http://swmm5legacycode.ning.com/  historical SWMM 5 installs, SWMM 5 input file examples and SWMM 4 input files and engines.   The SWMM 4 engines go back to SWMM 3.5…
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"Subject:  Historical SWMM 5 and SWMM 4 Engines and Examples   The web site has http://swmm5legacycode.ning.com/  historical SWMM 5 installs, SWMM 5 input file examples and SWMM 4 input files and engines.   The SWMM…"
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SWMM5.NET

15 GPM 1985 1D Components in InfoSWMM 2D 3 Types of Manholes in SWMM 5 and InfoSWMM 3 Types of Subcatchment Flow in SWMM 5 A Basic InfoSewer Wet Well A feedback loop involves four distinct stages A rise in Pipe Inverts Across a SWMM 5 Node A…
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RSA Animate - The Power of Networks

In this new RSA Animate, Manuel Lima, senior UX design lead at Microsoft Bing, explores the power of network visualisation to help navigate our complex moder...
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Robert Dickinson replied to Robert Dickinson's discussion How is the St Venant Equation Solved for in the Dynamic Wave Solution of SWMM 5?
"Subject:   Link Iterations in the SWMM 5 Dynamic Wave Solution   Each of the links in the SWMM 5 network can use up to 8 iterations to reach convergence during a time step in the dynamic wave solution of SWMM 5.  The rules…"
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How is the St Venant Equation Solved for in the Dynamic Wave Solution of SWMM 5?

Subject:   How is the St Venant Equation Solved for in the Dynamic Wave Solution of SWMM 5? An explanation of the four St. Venant Terms in SWMM 5 and how they change for Gravity Mains and Force Mains. The HGL is the water surface elevation in the upstream and downstream nodes of the link. The HGL for a full link goes from the pipe crown elevation up to the rim elevation of the node + the surcharge depth of the node.  The four terms are: dq2 = Time Step * Awtd * (Head Downstream – Head Upstream)…See More
Saturday

Shanghai Makes MWH Soft’s InfoWorks WS Solution Its Water Distribution Modeling Platform

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Shanghai Makes MWH Soft’s InfoWorks WS Solution Its Water Distribution Modeling Platform

 

Largest City in World’s Most Populous Country Looks to Advanced MWH Soft Technology
to Improve Drinking Water Operations and Planning


Broomfield, Colorado USA, July 14, 2010 — MWH Soft, a leading global innovator of wet infrastructure modeling and simulation software and technologies, today announced that Shanghai Municipal Water Supply Dispatching and Monitoring Centre (SH MWSDMC) has chosen InfoWorks WS as its preferred modeling platform. The selection further substantiates MWH Soft’s global leadership position in geospatial wet infrastructure modeling and management.

 

Serving over seventeen million people, SH MWSDMC deals with enormous challenges in managing the delivery of adequate water supply. The Centre manages the GIS and SCADA system for the entire Shanghai water network and oversees the transfer of water between four regional water companies.

 

“We chose the InfoWorks WS solution for its ability to model large networks with speed and efficiency,” said the Centre’s Vice Director Mr. Zhao Pingwei. “I’ve been familiar with InfoWorks WS for many years, and found it to be the best fit for our needs.”

Around the world, high quality all-mains InfoWorks WS models enable utilities to make informed planning and management decisions with confidence by giving them an accurate view of their water distribution systems’ performance. This information — including water quality, supply, demand and infrastructure problems and investigations of remedial measures — allows them to provide a sustainable supply of high quality water at an acceptable pressure and flow rate to commercial, industrial and domestic users while minimizing loss through leakage. As part of the advanced MWH Soft workgroup modeling management platform, InfoWorks WS is built to handle large models and allow robust multi-user collaboration.

The InfoWorks platform offers a complete solution: all the needed tools, simulations and data integration are included in a single application. Building models is simplified by an intuitive user interface and robust GIS integration that maximizes productivity, reduces likelihood of errors and enables users to move swiftly between modeling functions.

 

InfoWorks WS presents results and reports in a fully interactive interface, allowing users to open any number of maps, tables, profiles and graphs at the same time. Reporting options include maps (with color coding and symbology), contours, customized labeling, tables, graphs, profiles, 3D views, animations, SQL selections, Google Earth exports, stored views, and custom MS Excel reports.

 

InfoWorks WS has proven to be the hydraulic modeling package of choice for China’s wet infrastructure community,” said MWH Soft Asia Pacific Business Development Manager Justin Hanson. “The selection by Shanghai further confirms that utilities which invest in MWH Soft technology gain a superior technological advantage that will lead to measurable improvements in productivity, system performance, and customer satisfaction.”

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