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Recent Posts
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- GPU runtime results for 2D InfoWorks ICM models (October 2018 update)
Category Archives: H2ONET
Fireflow Part 1: Basics
Fireflows are an integral part of the Hydraulic modeling process and provide a means to calibrate your model. Fireflow represents the amount of water available in a network for fire protection purposes apart from the amount of water used in … Continue reading
Posted in H2OMAP Water, H2ONET, InfoWater
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Using Float Valves as Altitude Valves in InfoWater, H2ONET, or H2OMAP Water
Float valves are one valve type available to use within the InfoWater, H2ONET or H2OMAP Water software that may not be as widely used as more common valve types such as a Pressure Reducing Valves (PRVs) or a Flow Control Valves … Continue reading
Posted in H2OMAP Water, H2ONET, InfoWater
Tagged Altitude Valve, Float Valve, H20MAP Water, H2ONET, infowater, modeling
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Introduction to System Curves – Basic Hydraulic Considerations
System curves can be a very powerful tool for an engineer to use when designing a new pump station or evaluating an existing pump station as they allow the engineer to see where the pump will operate along it’s pump … Continue reading
Posted in H2OMAP Water, H2ONET, InfoWater
Tagged H2OMap Water, H2ONET, infowater, Pumps, System Curve
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Throttle Control Valves – A few clarifying notes on their use in InfoWater, H2OMAP, and H2ONET
Throttle control valves are one feature within the software that may or may not get used as much by different modelers as other valve types, but are another tool that in the modeler’s toolbox that can be used. Due to … Continue reading
Posted in H2OMAP Water, H2ONET, InfoWater
Tagged H20Net, H2OMap Water, infowater, TCV's, Throttle Control Valves
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Advanced Modeling of Pressure Control Valves within InfoWater
Why do you need Advanced Valve Control? Pressure Reducing Valve (PRV) and Pressure Sustaining Valve (PSV) are widely used in the water models to separate pressure zones and avoid extremely high and low pressures within a water distribution network. As … Continue reading
Posted in H2OMAP Water, H2ONET, InfoWater
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Hydrant Curve simulations: How is existing demand at the hydrant considered?
H2OMAP Water, InfoWater and H2ONET all offer the “Hydrant Curve” simulation type. This type of simulation allows you to choose any junction in any scenario at any single time step and develop a hydrant curve to indicate the fire flow … Continue reading
Posted in H2OMAP Water, H2ONET, InfoWater
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