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Carlson Hydrology Software
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 Carlson Hydrology 2011

Carlson Hydrology 2011—Here’s automation you can use to meet your hydrology needs. Full 3D road and lot design feeds directly into flow calculations and drainage design.

Hightlights of the 2011 Hydrology release include: Redesigned and enhanced sewer spreadsheet editor for working in profile view. Added support in sewer network for multiple pipes between structures and for separate inlet locations.

Carlson Hydrology 2011 is tightly intergrated with HydroCAD®. This collaboration brings together the extraordinary ease of use that Carlson is known for, its 20+ years of experience mastering the civil/survey CAD environment, with the 20+ years of experience of HydroCAD in the unique, rapidly changing and highly regulated stormwatere modeling profession.

The Carlson 2011 line of software comes with 64-bit capabilities, is Windows 7 compatible, and works on AutoCAD® 2011.

From Carlson Software, you get complex calculations of surface flows integrated with the DTMs.

bulletTap extensive libraries on rainfall, inlets, manholes, outlets
bulletCalculate inlet intercepted and bypass flows, gutter spread and depth, pipe flow depth and velocity, and hydraulic and energy grade lines
bulletGet warnings for collisions, excessive pipe lengths, insufficient cover, lack of slope, excessive flow rates, and more
bulletTrack runoff and analyze watershed – choose entire area or the watershed above a point such as a catch basin
bulletDesign ponds, culverts, channels and outlets
bulletDraft sewer pipe dynamically in plans, profiles and 3D

Here's how it all works with HydroCAD:

bulletStart with a drawing, preferably georeferenced
bulletDefine the Hydrologic Soil Group areas and identify them with plain CAD text, A, B, C, or D
bulletDefine Ground Covers areas as closed polylines on user-defined layers
bulletDefine and label watersheds and longest flow paths for Tc calculations
bulletSpecify the surface TIN model for the site

Next, start Carlson's new HydroNET® Explorer and pick Update All for automatic extraction of precise subcatchment sub-area data. Carlson does all the work to combine and analyze all of the project specific data in your drawing and Export to HydroCAD exactly what it needs to perform the stormwater modeling. All of the tedious data extraction is done instantly, saving you hours of work.

 

Carlson Hydrology 2011 Box

 

 

General

bullet Built on AutoCAD: Runs in AutoCAD versions 2009 to 2000 as well as AutoCAD Map, LandDesktop and Civil3D and on IntelliCAD 6.5
bullet Project Setup: Flexible data storage methods
bullet Drawing Cleanup: Fix common drafting errors
bullet Drafting Enchancements: Handy tools for working in AutoCAD such as Join Nearest, Shrinkwrap Entities, Polyline Utilities, Drawing Inspector, Layer Inspector and Twist Screen
bullet Data Compatibility: Supports industry standard LandXML and scores of specific data conversions

Surfaces

bullet Build Surfaces: By triangulation or rectangular grids
bullet Contouring: One step triangulate and contour from 3D entities as well as contouring from surface files
bullet Slope Analysis: Label and report surface slopes at selected points and slope zone analysis

Watersheds

bullet Watershed Analysis: Watershed delineation, ponding analysis, and real-time inspector for flows and drainage areas
bullet Runoff Tracking: Draws 3D flow lines that follow the surface model
bullet Peak Flow: Calculate peak flow by various methods from runoff parameters of storm event, drainage area, time of concentration and runoff coefficients
bullet Hydrographs: Route hydrographs from multiple watersheds through ponds and channels using TR-20

Hydraulic Structures

bullet Pond Sizing and Design: Detention pond sizing, bench and valley pond design, stage-storage calculation and graphs
bullet Spillway, Weir, Orifice, Culvert, Channel Design: Routines to design the dimensions and flows for structures plus reports and drafting for them
bullet Multiple Outlet Design: Combines orifices, weirs, drop pipes, culverts and user-defined outlets to design the overall stage-discharge
bullet Stage-Storage and Stage-Discharge: Routines to input, edit, report and draw

Sewer Networks

bullet Define Inlets, Structures, Pipes, Storm Events: Setup libraries with parameters for these network components
bullet Layout Structures and Pipes: Place structures and set pipe connections
bullet DTM-Based Runoff: Calculates drainage area, time of concentration and weighted runoff coefficent from inlet location on surface model. DTM also used to figure minimum cover for pipes
bullet Analyze Flow: Calculate inlet intercepted and bypass flows, gutter spread and depth, pipe flow depth and velocity, and hydraulic and energy grade lines
bullet Size Pipes and Set Inverts: Apply flow analysis to have program set pipe size and/or invert elevations
bullet Collison Conflicts Check: Reports any collisions between networks within specified tolerance
bullet Draw Sewer Network: Draw structures and pipes in plan view, in 3D using 3D Faces and in profiles

Companion Programs

bullet Carlson SurvCE: Data collection for Windows CE and Pocket PC
bullet Carlson Field: Take Carlson and AutoCAD to the field for data collection and stakeout with total stations and GPS
bullet Carlson Takeoff: Construction Estimating for earthworks, subgrades, material quantities, strata quantities and trench networks
bullet Carlson  Point Clouds: Process laser scan data to generate models, breaklines and points
bullet Carlson Natural Regrade: Design stable land surfaces that follow natural hydrologic and geomorphology principles
bullet Carlson Geology: Models drillholes and strata structures and attributes
 
Screenshots
Click the below images to enlarge

Drawing Watershed and Pond Areas
Watershed Detail Inspector
Within HydroNET: Choose Pipe or Create New
Rainfall Library Dialog
HydroNET-produced 3D Pipe Network
 
 
November 15, 2011 Copyright © 2001 ICM Ebiz Division.  ebiz@icminc.us