SWMM5, ICM SWMM, ICM InfoWorks, InfoSWMM, InfoSewer
Autodesk Water Solutions Specialist | 50+ Years Shaping the Industry Master of the full hydraulic-hydrologic stack—from the pioneering days of SWMM3 to today’s cloud-powered InfoDrainage and ICM SWMM. My career spans every generation of SWMM, XP-SWMM, InfoSWMM, InfoSewer, Civil 3D Drainage Analysis, and InfraWorks, translating surface–subsurface interactions into future-ready infrastructure.
Innovyze Releases IWLive Pro to Support Wider Scope of Utility Decision Making Revolutionary New Release Powers 64-Bit Real-Time Water Network Modeling, Operation and Management, Dramatically Improves Speed and Reliability, Enables Greater Flexibility for High-Performance Analysis Broomfield, Colorado, USA, September 27, 2016 — Innovyze, a leading…
Read MoreComponents Of Genetic Algorithms in #InfoSWMM Standard genetic algorithms involve three basic functions: selection, crossover, and mutation. Each function is briefly described below. Selection – Individuals in a population are selected for reproduction according to their fitness values. In biology, fitness is the number of…
Read MorePhysical Components InfoSewer/Pro conceptualizes a sewer collection network as a collection of links connected together at their endpoints, called nodes. The nodes represent manholes, wet-wells, and outlets while the links represent pipes and pumps. The sewer system can be of any topological configuration and can…
Read MoreExample 8. Combined Sewer Systems This example demonstrates how to model systems that convey both sanitary wastewater and stormwater through the same pipes. Systems like these are known as combined sewer systems and are still quite common in older communities and cities. During periods of…
Read MoreSetting Controls For The Pump and Orifice Using H2OMap SWMM , you may control the operational status of pumps and flow regulating structures by specifying their initial status, using the simple control rule, or using the RTC rule functionality. You will utilize all these three…
Read MoreQuality Model The purpose of the quality model is to simulate pollutant loading and buildup, washoff, as well as individual domestic, commercial and industrial contributions, and transport. Seven different types of quality analyses can be carried out by InfoSewer/Pro and are explained below. POLLUTANT TRANSPORT…
Read MoreInnovyze presenta Infomaster ACCV: Integral de la vida económica Análisis de Ciclo de costos ayuda a los Servicios Públicos de Agua Cerrar Brecha de Infraestructura, Meet ASCE Grand Challenge Revolucionaria nueva extensión permite a los usuarios Optimizar rehabilitación, rendimiento, valor y costes totales de propiedad…
Read MoreA Visual Look at a series of Hazen Williams friction loss HW Force Mains in #InfoSWMM and #SWMM5. All of these graphs were made in the advanced graphical tools of InfoSWMM. The figures show the progress of the water downstream along with comments on individual…
Read MoreInnovyze Introduces InfoMaster LCCA: Comprehensive Economic Life Cycle Cost Analysis Helps Water Utilities Close Infrastructure Gap, Meet ASCE Grand Challenge Revolutionary New Extension Lets Users Optimize Rehabilitation, Performance, Value and Total Ownership Costs of Infrastructure Projects Over Their Economic Life Cycles Broomfield, Colorado, USA, September…
Read MoreHere is a graphical view of the nonlinear runoff processes in InfoSWMM and SWMM5: 1. Three runoff surfaces a. Impervious with Depression Storage b. Pervious c. Impervious without Depression Storage 2. Slope (same for all runoff surfaces) 3. Width or the Dimension of the Subcatchment…
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Autodesk Technologist for ICM/SWMM