SWMM56

This is a backup post to go with the EPA hydrology manual (Manual I) which can download in PDF format here https://www.epa.gov/water-research/storm-water-management-model-swmm#downloads There are three runoff surfaces on a SWMM5 Subcatchment: Impervious with depression storage, Impervious without depression storage and pervious area with depression storage (Figure 1).  The depression storage can be zero in all cases. Figure 1.  Three Runoff Areas for Subcatchments in SWMM5 You can see the flow from all three areas (Figure 2).  If you look at the following graph the flow in the impervious and pervious area with depression storage is delayed as the depth in the area has to increase enough to reach the depression storage as you can see in Figure 3-2 from the EPA Manual. Figure 2. Graphs of Three Runoff Surfaces or Areas + Total Runoff You can see the depth from all three areas (Figure 3).  If you look at the following graph the flow in the impervious and pervious area with depression stor

SCADAWatch V6.0 Delivers Next-Generation Big Data Technologies, Lets Utilities Understand and Manage Performance of Water and Sewer Assets in Real Time Redesigned UI Based on Flat Design Concept with Responsive Layout Allows Users to Concentrate on Content without Distraction to Optimize Operational Productivity and Performance Broomfield, Colorado, USA, March 7, 2017 Innovyze, a leading global innovator of business analytics software and technologies for smart wet infrastructure, today announced the release of the V6.0 Generation of  SCADAWatch . This powerful “out of the box” network data management and business analytics and optimization solution for water and sewer systems turns traditional offline analyses into near real-time actionable intelligence, supporting better, faster decision making and delivering insightful recommendations at key operational touchpoints. SCADAWatch  equips utilities with the first-ever scalable framework for proactively viewing, sharing and analyzing wat

For Thesis Students:  Visual INSTRUCTIONS FOR COMPILING SWMM5.DLL USING MICROSOFT VISUAL C++ 2010/2012 ========================= The following is based on the readme.txt for compiling that EPA distributes with the SWMM5 install 1. Open the file swmm5.c in a text editor and make sure that the    compiler directives at the top of the file read as follows:        //#define CLE        //#define SOL        #define DLL   or the DLL will be created 2. Create a sub-directory named VC2010_DLL under the directory where    the SWMM 5 Engine source code files are stored and copy SWMM5.DEF    and VC2010-DLL.VCPROJ to it. 3. Launch Visual C++ 2010 and use the File / Open command to open    the VC2010-DLL.VCPROJ file. 4. Issue the Build >> Configuration Manager command and select the    Release configuration. 5. Issue the Build VC2010-DLL command to build SWMM5.DLL    (which will appear in the Release subdirectory underneath the    VC2010-DLL directory). NOTE: The VC-2010 project file includes