SWMM56

The original source is http://www.gsshawiki.com/Infiltration:Parameter_Estimates and has been modified to have values in mm instead of cm Infiltration:Parameter Estimates It is best to use soil property and Green-Ampt infiltration parameters derived from field and laboratory measurements of infiltration on the study watershed. Even under controlled conditions hydraulic soil property measurements are very difficult. Hysteresis effects and the extremely non-linear behavior of soil water retention make it very difficult to uniquely identify soil infiltration parameters. Hydrologic studies seldom have budgets sufficient to determine the needed parameters in the field. Considerable prior research has been performed to relate soil infiltration parameter values to textural classification. Some highly relevant references are Rawls and Brakensiek (1983) and (1985), and Rawls et al. (1982) and (1983). Table 9 summarizes Rawls and Brakensiek soil parameter estimates as a function of United States

How to Make an Upstream Interface file for two InfoSWMM  Runs Subject:   How to Make a SWMM 5 Interface File from InfoSWMM  for  later usage The steps are easy: 1.       Make all Downstream Links from you nodes Inactive by using the Facility Manager 2.       Change the Downstream node to an Outfall 3.      Save the flows to the OUTFLOWS file of InfoSWMM - the outfalls will be saved to the OUTFLOWS file 4.      The Outflow Flows for each New Outfall will be saved to the Text File 5.      Use the Created OUTFLOWS file as the INFLOWS file in the next run if InfoSWMM - you need to change the node back to a regular node and not an outfall node

How to Make a SWMM 5 Interface File from InfoSWMM Subject:   How to Make a SWMM 5 Interface File from InfoSWMM  The steps are easy: 1.       Make all Links Inactive by using the Facility Manager 2.      Save the flows to the OUTFLOWS file of InfoSWMM 3.      The Outlet Node of Each Subcatchment will be save to the Text File 4.      Use the Created OUTFLOWS file as the INFLOWS file in SWMM5

One of the many key output graphics you can see both graphs and tables in InfoSWMM and H2OMap SWMM are the system processes.  You can define the processes you want to use in the Run Manager along with these hydrology options for both infiltration: 1. Green Ampt 2. Horton 3. Modified Horton  4. CN  and Runoff Models 1. EPA Runoff 2. CUHP 3. NRSCS Dimensionless UH 4. NRSCS Triangular UH 5. Delmarva UH 6. Clark UH 7. Snyder UH 8. Espey UH 9. San Diego Modified Rational Method 10.  Modified Rational Method 11. Santa Barbara UH You can see the process flows in the System Output Graphs and Reports. System Process tables System Process Graphs and Run Manger for Process Flow Selection

Press Room  |  Products  |  News  |  Events  |  The Company   Innovyze and Cartegraph Connect to Power Smart Enterprise Asset Management via Automated Data Exchange for Seamless Reciprocal Complementary Operations InfoMaster + Cartegraph = Maximized Efficiency, Streamlined Decision-Making, Optimized Rehabilitation Prioritization and Capital Planning for Sustainable Infrastructures Broomfield, Colorado, USA,  July 21, 2015  —  Expanding the boundaries of smart water network innovation, Innovyze, a leading global innovator of business analytics software and technologies for smart wet infrastructure, today announced seamless data exchange between the company’s  InfoMaster  and  Cartegraph  (Dubuque, IA). Creating a new frontier in decision analytics for water and wastewater utilities, this new reciprocal data interoperability leverages the strengths of both technologies to bring high-performance network modeling and decision analytics, comprehensive operations and work order management, a

New InfoSWMM Sustain Webinar Date - August 26,  2015  You can sign up here #SUSTAIN http://t.co/xmrrlwGIyl for LID Optimization pic.twitter.com/K0JMLgMEJL — Robert Dickinson (@InnovyzeRobert) July 20, 2015

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The control of odorous gases and the corrosion of sewers are the two most important problems in operating wastewater collection systems.  H 2 S is the most commonly known and prevalent odorous gas associated with domestic wastewater collection and treatment systems.  InfoSewer. InfoSWMM, H 2 OMap SWMM or H 2 OMAP Sewer suite gives wastewater engineers a powerful Operations and Maintenance (O&M) tool to readily model and analyze entire sewer collection systems for sulfide generation and corrosion potential under varying conditions anticipated throughout the life of their systems. H 2 S  predicts sulfide buildup in sewer collection systems for gravity sewers, force mains, and wet wells using the Pomeroy-Parkhurst equations. This unique and powerful tool enables wastewater utilities to pinpoint odor and corrosion problems, develop effective monitoring programs, alert plant operators and sewer maintenance workers to potential danger and the need to observe safety practices, and evaluat

Have questions about @Innovyze Software? Visit our Blog http://t.co/dTkWWJbzqe & Forums http://t.co/zAkrrnsNBZ pic.twitter.com/NmVpC6YYEN — Patrick Moore (@InnovyzePatrick) July 15, 2015

Several factors can effect the processing time needed to run simulations of sewer networks including computer hardware, simulation timestep, reporting timestep, size of the network, length of simulation, sophistication of the simulation (e.g. controls, 2D) etc. Even though our products utilize the most robust solution engines possible, simulations can take a while to complete. Simulation Task Manager allows you to disconnect the simulation of modeling scenarios from other modeling work so that you can be more productive while simulations are running. Simulation Task Manager allows you to: Start, pause and delete scheduled simulations  View summary and detailed information about each scheduled simulation  Continue to process simulation tasks without the model open that scheduled the simulation Using Simulation Task Manager will greatly enhance your ability to be productive when working with simulations that take a long time to complete. This technical advancement once again shows the

Posted by Innovyze on  Tuesday, July 14, 2015

Press Room  |  Products  |  News  |  Events  |  The Company   Water Authority of Dickson County Adopts Innovyze Advanced GIS-Centric Smart Water Network Modeling Technology InfoWater Deployed to Improve Capital and Business Planning Broomfield, Colorado, USA,  July 14, 2015  —  Innovyze, a leading global innovator of business analytics software and technologies for smart wet infrastructure, today announced that the Water Authority of Dickson County, Tennessee, has chosen the company’s industry-leading  InfoWater  to support its large-scale, enterprise-wide geospatial water distribution network modeling and management needs. The Water Authority of Dickson County (WADC), founded in 2002, serves water customers in Dickson and Williamson Counties and wastewater customers in Dickson, Hickman and Williamson counties. Since its inception, WADC has seen increases of more than 40% in water customers and more than 100% in wastewater customers, and looks forward to continued growth. It services m