#INFOSWMM
1/ There is also an ArcEngine version of InfoSWMM call InfoSWMM SA. I will SA to show some hidden features of the 1D St Venant solution for SWMM5, InfoSWMM, and ICM SWMM Networks by showing the output graphs and reports of SA
2/ ArcEngine InfoSWMM SA 3.0 uses the 10.7 … Read the rest
Chapter 12 Exercises
InfoSWMM 2D
The exercises in this chapter will give you practice in exploring some of the additional reporting features of InfoSWMM 2D.
Exercise 12A Initialize the InfoSWMM 2D Model
In this exercise, you will create a 2D Model in InfoSWMM.
1. Open the project located at C:\Training\InfoSWMM\Ch12\Ch12Start.mxd… Read the rest
Here are the steps to connect a River Mesh Polygon at a fixed culvert level so that the culvert does not have to be full to have inflow from the 2D Mesh.
Step 1. Define the Culvert Type with Fixed losses
Step 2. Define a Mesh Polygon to … Read the rest
Note: The variable time step option is a powerful feature of SWMM5 as it lets the engine determine the CFL time step needed for each time step (1). A good guide is to use a maximum time step 2 to 5 times bigger than the average time step during a … Read the rest
How do you use an External Output File In InfoSWMM?
Step 1. Load an Output source or the hydqua.out file
Step 2. Give it a Unique Name or ID
Step 3. You now can view, graph etc. with the named output sources.
The Hydrology options in Innovyze InfoSWMM and InfoWorks ICM are shown in these mirror images map of the Runoff dialog in InfoSWMM and the Runoff Surface in ICM.
Equivalent features in InfoSWMM and ICM are:
1. SWMM 5 Non Linear Reservoir and SWMM in ICM
2. Snyder and Clark Routing… Read the rest
| Boundary Type | Select a Boundary Type for the 2D Boundary polyline. Boundary type effects what happens to the flow when it reaches the boundary. Note: If it is not clear what happens at the boundary then Critical Condition type is recommended.
Available types are:
|
Privileged and Confidential Communication: This electronic mail communication and any documents included hereto may contain confidential and privileged material for the sole use of the intended recipient(s) named above. If you are not the intended recipient (or authorized to receive for the recipient) of this message, any review, use, distribution … Read the rest
What if the percent routing is 100 percent?
1.3 SWMM’s Process Models and Modeling Objects, Units
| Table 1-2 | SWMM’s modeling objects | ||||||
| Category | Object Type | Description | |||||
| Hydrology | Rain Gage | Source of precipitation data to one or more | |||||
| subcatchments. | |||||||
| Subcatchment | A land parcel that receives precipitation associated | ||||||
| with a rain gage and generates runoff that flows into | |||||||
| a drainage system | |||||||
… EPA/600/R - 14/4 13b
Revised September 2015
www2.epa.gov/ water-research
Office of Research and Development
Water Supply and Water Resources New Engine and GUI Features in InfoSWMM 14.7 which is based on EPA SWMM 5.1.013
More about EPA SWMM 5.1.013 https://swmm5.org/2018/08/15/swmm-5-1-update-history-up-to-swmm-5-1-013/
| Individual subcatchments can be assigned time patterns that adjust depression storage, pervious surface roughness and infiltration capacity on a monthly basis (see Subcatchment |
How to Easily Use the DWF Allocator with your Lots Shapefile in InfoSWMM
The goal of this document is to show how you can use a shapefile with polygon loadings to a link in the InfoSWMM DWF Allocator to create DWF loadings to the nodes in InfoSWMM that are the … Read the rest
The SWMM5 engine uses mean flow as the dry weather flow value (DWF) and not population but does allow weekday, weekend, daily and monthly patterns. You can use these many pattern options to actually use population in the SWMM5 and InfoSWMM dry weather flow tables. Here are the steps as … Read the rest
Excerpt from the EPA manual Storm Water Management Model Reference Manual Volume III – Water Quality (PDF) which can be found here
Management of stormwater quality is usually performed through a combination of so-called “best management practices” (BMPs) and a form … Read the rest
Surface Ponding
Normally in flow routing, when the flow into a junction exceeds the capacity of the system to transport it further downstream, the excess volume overflows the system and is lost. An option exists to have instead the excess volume be stored atop the junction, in a ponded fashion, … Read the rest
InfoSWMM offers 12 choices for modeling surface runoff (click on link to see more information on each method):
How to Use Arc Map Selection to add to Domains in #InfoSewer and #InfoSWMM:
InfoSWMM and InfoSWMM SA offers an advanced RTC rule that could be used to effectively simulate the operation of pumps and flow regulating structures such as weirs, orifices, and outlets. Unlike Simple Controls, RTC rules allow for the creation of multiple conditions to be … Read the rest
Animation Methodology
To create a New Animation do the following:
Execute (run) InfoSWMM model and make sure that your Output Status icon () has light green color.
Launch the Map Display manager by clicking on the Map Display icon on your InfoSWMMH2OMap SWMM Control Center Toolbar Standard Toolbar . … Read the rest
How to Make Break Nodes in #INFOSWMM
and #InfoSWMM SA
You would add a break node to break up long force mains so that the pipe(s) react faster to the pump flows.
This example shows the importance of a treatment train, the percent imperious draining to the LID’s on a Subcatchment, the importance of optimizing for the number of units, area and soil thickness. Sustain will optimize the number of Rain Barrels on the … Read the rest
In Tutorial 1 we will use the Siting Manager to Site Green Roof LID Types for later Optimization and Export to the InfoSWMM LID Usage DB Table. Tutorial 1 is designed for first-time users of InfoSWMM Sustain and provides … Read the rest
A Markdown Experiment – Flow Chart of EPA SWMM to InfoSWMM and InfoSWMM SA:
“`mermaid
graph LR
A[EPA SWMM] — Import –> B((InfoSWMM SA))
A –> C(InfoSWMM)
B –> D{InfoSWMM Engine}
C –> D
InfoSWMM Student Analysis and Design Workbook
Contents
1.2 InfoSWMM Software Capabilities. 5
2.0 Basic Concepts and Principles. 7
2.1 General Flow Characteristics. 7
2.1.2 Conservation of Energy. 8
…