… Read the restInfoSewer tracks the movement of wastewater flowing through the network over an extended period of time under varying wastewater loading and operating conditions. The extended period simulation (EPS) model implemented in InfoSewer is unsteady model and is predicated on solving a simplified
The Dynamic Wave page of the Simulation Options dialog, shown below, sets several parameters that control how the dynamic wave flow routing computations are made. These parameters have no effect for the other flow routing methods.
Contents of this simulation option dialog page are described below:… Read the rest
In addition to physical components, InfoSewer employs four types of informational objects to describe the behavior and operational aspects of a sewer collection system. The informational objects are loads, curves, patterns, and controls.
Sanitary sewer system flow has two main components: … Read the rest
#InfoSewer vs #InfoSWMM
A short comparison of the features in InfoSWMM and InfoSewer. , Many of the same rows apply to H2OMap SWMM and H2OMap Sewer.
| Feature Class | Feature | InfoSewer | InfoSWMM |
| Base Functionality | Conservative Solution as an option |  |
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| Public Domain engine |  |
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| Calibrate model to flow data | |
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| Calibration Data | |
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| Models siphons |
This is an introduction along with images of the LID Control and data require3ments in InfoSWMM. Every InfoSWMM Control uses from one to 5 layers of data - each with different data requirements. You can use the Siting Manger of InfoSWMM Sustain to find LID locations … Read the rest
How to View the Values in the Rasters
You cannot use the TOC Properties dialog in Arc GIS to see the Flow Direction, Raster and the flow Accumulation Rasters. Howerer, you can conver these to Polygons and points using the Convert Tools in Arc Toolbox.
The Flow Direction created by … Read the rest