SMS:HEC-RAS 11.2 and earlier: Difference between revisions

From XMS Wiki
Jump to navigationJump to search
 
(20 intermediate revisions by the same user not shown)
Line 1: Line 1:
__NOINDEX__
{{SMS Deprecated Feature}}
{{HEC-RAS Redirect}}
{{HEC-RAS Redirect}}
HEC-RAS is a one-dimensional model for computing water surface profiles for steady state or gradually varied flow.  HEC-RAS supports networks of channels and is capable of modeling subcritical, supercritical, and mixed flow regime profiles.  HEC-RAS is able to model obstructions in the flow path.
HEC-RAS is a one-dimensional model for computing water surface profiles for steady state or gradually varied flow.  HEC-RAS supports networks of channels and is capable of modeling subcritical, supercritical, and mixed flow regime profiles.  HEC-RAS is able to model obstructions in the flow path.


Line 6: Line 7:


The first step to using HEC-RAS with SMS is to setup the river schematic.  For information on the tools and processes to setup a river schematic, see the [[SMS:1D River Module|1D River Hydraulic Module]]. Specific attributes for a HEC-RAS simulation include:
The first step to using HEC-RAS with SMS is to setup the river schematic.  For information on the tools and processes to setup a river schematic, see the [[SMS:1D River Module|1D River Hydraulic Module]]. Specific attributes for a HEC-RAS simulation include:
==HEC-RAS Menu==
The [[SMS:HEC-RAS 11.2 and earlier|HEC-RAS]] model makes use of the 1D river module. The ''HEC-RAS'' menu has the following commands:
; Delete Simulation : The link SMS maintains to the current HEC-RAS simulation project file is deleted.
; Material Properties... : SMS uses an [[SMS:Area Property Coverage|Area Property]] coverage to map the roughness line properties to  segments of a cross section.  The cross sections store the material property  ID's and in order for SMS to correctly associate a material ID with an actual  roughness they must be defined using the [[SMS:HEC-RAS Material Properties|''HES-RAS Material Properties'']] dialog.
; Model Control... : Brings up the ''HEC-RAS Model Control'' dialog which allows applying roughness to a cross section databases.


===Assigning Materials===
===Assigning Materials===


Roughness values for HECRAS are tied to materials in SMS which must be assigned as line properties inside the cross-section database.  To assign roughness values to the materials, choose ''HecRas'' | '''Material Properties'''.  Also, the property type that is being used for the material values must be specified in the model control dialog.  This dialog is accessed by selecting ''HecRas'' | '''Model Control''' from the menu.
Roughness values for HEC-RAS are tied to materials in SMS which must be assigned as line properties inside the cross-section database.  To assign roughness values to the materials, choose ''HEC-RAS'' | '''Material Properties'''.  Also, the property type that is being used for the material values must be specified in the model control dialog.  This dialog is accessed by selecting ''HEC-RAS'' | '''Model Control''' from the menu.


===Running HEC-RAS===
===Running HEC-RAS===
Line 15: Line 21:
Before loading the data into HEC-RAS, the simulation needs to be saved in HEC-RAS GIS export format.  This is done by using ''File'' | '''Save As''' and changing the type to HEC-RAS GIS export format.  The file can then be loaded into HEC-RAS by choosing ''File'' | '''Import From GIS Format''' inside the geometry editor.  See HEC-RAS documentation for information about setting up boundary conditions and running the model.
Before loading the data into HEC-RAS, the simulation needs to be saved in HEC-RAS GIS export format.  This is done by using ''File'' | '''Save As''' and changing the type to HEC-RAS GIS export format.  The file can then be loaded into HEC-RAS by choosing ''File'' | '''Import From GIS Format''' inside the geometry editor.  See HEC-RAS documentation for information about setting up boundary conditions and running the model.


Once the solution has been generated the data may be used in SMS for post-processing.  The data must first be exported to GIS format from within HEC-RAS (Under ''File'' Menu choose '''export GIS format''').  This file can be opened inside of SMS.  Once this solution data has been loaded into SMS, plots can be generated from the solution.  For information on how to use the post-processing tools that are found in SMS, see the 1D hydraulic Module document.
Once the solution has been generated the data may be used in SMS for post-processing.  The data must first be exported to GIS format from within HEC-RAS (Under ''File'' menu choose '''Export GIS format''').  This file can be opened inside of SMS.  Once this solution data has been loaded into SMS, plots can be generated from the solution.  For information on how to use the post-processing tools that are found in SMS, see the 1D hydraulic Module document.


[[File:SMS HecRas MC.jpg|thumb|none|left|200 px|''Hec-Ras Model Control'' dialog]]
===HEC-RAS Model Control===
The ''HEC-RAS Model Control'' dialog allows applying roughness to a cross section databases. A list of available cross section databases will be on the left. On the right, select if roughness will or will not be applied to a database.
[[File:SMS HecRas MC.png|thumb|none|left|200 px|''Hec-Ras Model Control'' dialog]]
 
[[Category:SMS Model Control|H]]


==Related Topics==
==Related Topics==
* 1D Hydraulic Modeling
* Export GIS File
* Import GIS File
* [[SMS:Managing Cross Sections|Managing Cross Sections]]
* [[SMS:Managing Cross Sections|Managing Cross Sections]]
* Run Simulation
* Load Project
* Start HEC-RAS
* [[SMS:Area Property Coverage|Area Property Coverage]]
* [[SMS:Area Property Coverage|Area Property Coverage]]
* [[SMS:Extracting Cross Sections|Extracting Cross Sections]]
* [[SMS:Extracting Cross Sections|Extracting Cross Sections]]
* Read Solution
 


{{Template:Navbox SMS}}
{{Template:Navbox SMS}}
Line 35: Line 39:
[[Category:HEC-RAS|HEC-RAS]]
[[Category:HEC-RAS|HEC-RAS]]
[[Category:SMS 1D River|HEC-RAS]]
[[Category:SMS 1D River|HEC-RAS]]
[[Category:1D River Dialogs]]
[[Category:HEC-RAS Dialogs]]
[[Category:Archived]]
[[Category:Needs Update]] <!--For SMS 12.2 Needs to be overhauled for DMI version of HEC-RAS. Need to explain simulation set up, model run and exported files.-->

Latest revision as of 15:28, 13 June 2019

This article is for the HEC-RAS Model. This model is no longer included in SMS. The HEC-RAS model is now part of WMS – Watershed Modeling System.

HEC-RAS is a one-dimensional model for computing water surface profiles for steady state or gradually varied flow. HEC-RAS supports networks of channels and is capable of modeling subcritical, supercritical, and mixed flow regime profiles. HEC-RAS is able to model obstructions in the flow path.

The SMS interface to HEC-RAS includes tools for setting up the river networks and cross-sections as well as post-processing capabilities. SMS reads and writes the HEC-GeoRAS GIS import format.

The first step to using HEC-RAS with SMS is to setup the river schematic. For information on the tools and processes to setup a river schematic, see the 1D River Hydraulic Module. Specific attributes for a HEC-RAS simulation include:

HEC-RAS Menu

The HEC-RAS model makes use of the 1D river module. The HEC-RAS menu has the following commands:

Delete Simulation
The link SMS maintains to the current HEC-RAS simulation project file is deleted.
Material Properties...
SMS uses an Area Property coverage to map the roughness line properties to segments of a cross section. The cross sections store the material property ID's and in order for SMS to correctly associate a material ID with an actual roughness they must be defined using the HES-RAS Material Properties dialog.
Model Control...
Brings up the HEC-RAS Model Control dialog which allows applying roughness to a cross section databases.

Assigning Materials

Roughness values for HEC-RAS are tied to materials in SMS which must be assigned as line properties inside the cross-section database. To assign roughness values to the materials, choose HEC-RAS | Material Properties. Also, the property type that is being used for the material values must be specified in the model control dialog. This dialog is accessed by selecting HEC-RAS | Model Control from the menu.

Running HEC-RAS

Before loading the data into HEC-RAS, the simulation needs to be saved in HEC-RAS GIS export format. This is done by using File | Save As and changing the type to HEC-RAS GIS export format. The file can then be loaded into HEC-RAS by choosing File | Import From GIS Format inside the geometry editor. See HEC-RAS documentation for information about setting up boundary conditions and running the model.

Once the solution has been generated the data may be used in SMS for post-processing. The data must first be exported to GIS format from within HEC-RAS (Under File menu choose Export GIS format). This file can be opened inside of SMS. Once this solution data has been loaded into SMS, plots can be generated from the solution. For information on how to use the post-processing tools that are found in SMS, see the 1D hydraulic Module document.

HEC-RAS Model Control

The HEC-RAS Model Control dialog allows applying roughness to a cross section databases. A list of available cross section databases will be on the left. On the right, select if roughness will or will not be applied to a database.

Hec-Ras Model Control dialog

Related Topics