Month: September 2016

Innovyze Releases IWLive Pro to Support Wider Scope of Utility Decision Making

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, 2016Innovyze, a leading global innovator of business analytics

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Components Of Genetic Algorithms in #InfoSWMM

Components 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 offspring that survive to reproduction. … Read the rest

Innovyze 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

Innovyze 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 de proyectos de infraestructura durante
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Innovyze Introduces InfoMaster LCCA: Comprehensive Economic Life Cycle Cost Analysis Helps Water Utilities Close Infrastructure Gap, Meet ASCE Grand Challenge

Innovyze 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 13, 2016Innovyze, a

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Graphical View of the Runoff process in #SWMM5 and #INFOSWMM

Here 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 (same for all runoff surfaces)… Read the rest

German Hydrology in InfoSWMM 14.5 and H2OMAP SWMM 14.5

German Hydrology in InfoSWMM 14.5 and H2OMAP SWMM 14.5

This blog describes how the German Runoff hydrology converts precipitation excess (rainfall and/or snowmelt less infiltration, evaporation, and initial abstraction) into surface runoff (overland flow). InfoSWMM is a distributed model as it allows a study area to be subdivided into any

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