InfoSWMM SA Model Explorer – Attribute Browser (AB)
InfoSWMM SA Model Explorer - Attribute Browser (AB)
The Attribute Browser (AB) provides you with tools to view, modify and alter data pertaining to any one InfoSWMM SA element such as a pipe, junction, valve, pump, tank and/or a reservoir. It provides also a quick means to inspect output data … Read the rest
Attribute Browser Tools for InfoSWMM
Attribute Browser Tools
The Attribute Browser has the following buttons/tools. The tools change depending on the type of Element.
Each one of these buttons is briefly described below:
| Button | Name | Description |
 |
Select Element / Select Elements / Select Domain |
|
How to Understand your Hydraulics Output using InfoSWMM and InfoSWMM SA 2D and 3D Linked Graphics
How to Understand your Hydraulics Output using InfoSWMM and InfoSWMM SA 2D and 3D Linked Graphics
InfoSWMM v 14.6 and InfoSWMM SA v2 (InfoSWMM SA is not an Esri Extension in ArcMap) has many new graphical and map display tools that help answer the following modeling questions in a easy … Read the rest
Innovyze Announces the Retirement of the H2OMAP Modeling Platform with Upgrade Path to More Powerful InfoWater, InfoSewer and InfoSWMM Software
Innovyze Announces the Retirement of the H2OMAP Modeling Platform with Upgrade Path to More Powerful InfoWater, InfoSewer and InfoSWMM Software
Portland, Oregon, USA, December 3, 2017
Innovyze, a leading global innovator of business analytics software and technologies for smart wet infrastructure, today announced the planned retirement of the H2
Flow Calculator (Simple in Innovyze H2OCalc) – Option for SWMM6?
2.3.1 Flow Calculator (Simple in Innovyze H2OCalc)
The Flow Calculator category performs hydraulic calculations for the following elements: Circular Channel, Rectangular Channel, Triangular Channel, Trapezoidal Channel, Irregular Channel, and Pressurized Pipe.
Circular Channel
The circular channel dialog box is shown below.
Input for circular channel:
- Flow Unit – Select the
Water Hammer in Innovyze H2OCalc
3.14 Water Hammer
Surge analysis is important to estimate the worst-case events in the Water Distribution Systems (WDS). Transient regimes in WDS are inevitable and will normally occur as a result of action at pump stations and control valves. Regions that are particularly susceptible to transients are high elevation areas, … Read the rest
Moody Friction Factor Calculator from Innovyze H2OCalc
3.3 Moody Friction Factor Calculator
Darcy-Weisbach friction factor, f, can be evaluated in terms of equivalent sand grain roughness, e, and Reynolds number, Re. Reynolds number is a dimensionless ratio of inertial forces to viscous forces acting on flow and is defined for any cross-sectional shape as
For … Read the rest
Urban Drainage Structures from Innovyze H2OCalc
3.13 Urban Drainage Structures
The methodology presented here for analysis and design of the drainage structures described in this section is based on HEC-22 manual (FHWA, 2001)
Gutter Flow
Gutters are the sections of roadway that run adjacent to the curb. Their purpose is to collect and convey surface runoff … Read the rest
General Culvert Information from Innovyze H2OCalc for All Culvert Programs
General Culvert Information from Innovyze H2OCalc for All Culvert Programs
A culvert is a pipe that carries water under or through some feature (usually a road or highway) that would otherwise block the flow of water. The culvert acts as an open channel as long as the flow is partly … Read the rest