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OpenFlows SewerCAD CONNECT Edition Update2024| 946.6 mb The Hydraulics and Hydrology development team is pleased to announce the availability of OpenFlows SewerCAD 2024 (24.00.00.25). This update included new capabilities to help you be more successful with your hydraulics and hydrology modeling projects.
What’s New in OpenFlows SewerCAD 2024 (24.00.00.25)
Key new capabilities of this release of Bentley OpenFlows SewerCAD include:
- Query-based Active Topology
- Selection Set Groups
- Tool to measure length and area in Standalone
- Search feature in TreeViews (Scenarios, etc.) and ListView controls (Selection Sets, Contours, etc.)
- Constraint-based Design Improvement
. Design Inverts Only calculation type
. Design only for selected elements
. Catalog conduit design options
- Support for SWMM Type 5 pumps
- SWMM Control Curves
- Inlet calculations based on SWMM method
- Inlet import/export to EPA-SWMM format
- Support for manholes set as storage in SWMM import/export
- User Formula Time of Concentration support
- Support for channel link draining to catch basin with a Ditch inlet type for the GVF-Rational solver
- Wet well support in Critical Storm Analysis
- Link to Ideas Portal
- Graph series hover tooltips
- Model Compatibility
- Stability enhancements and fixes to reported issues
This feature will be useful to limit the number of rows exported out to Excel and decrease the time needed to export the data.
Bulk Archive Feature in Change Tracking
A new bulk archive feature is available for change tracking. With this, you will be able to archive a large number of items from the Change Tracking database. This will remove the items from the model database file and store the archived changes in an external database file. You can access this by going to the Review tab. Note that this does not replace the Archive feature in the Change Tracking manager.
Support for Automated and Manual Catchments in Catchment Delineation
Functionality has been added to automated catchment delineation in the Terrain Models manager to preserve the shape and location of catchments that were added to a model manually. This will help you model catchments if there are any issues with the accuracy of the terrain model. A new property field, Delineation Type, has been added to the catchment properties.
If the Delineation Type is set to Manual, if you run the catchment delineation tool in Terrain Models, the automated catchment that is created or adjusted will not overlap existing manual catchments. In addition, the shape and location of the manual catchments will not change.
Add Sump Depth to Conduit Inverts
An option to account for sump depths when setting conduit invert elevations as been included for all storm-sewer products. In the calculation options, two new fields are included: “Start/Stop Inverts Use Sump Depths” and “Measure Sump Depth To.” If “Start/Stop Inverts Use Sump Depths” is set to True and the conduit property “Set Invert to Start” or “Set Invert to Stop” is set to True, the conduit invert elevation will be set as the connected node invert elevation plus the sump depth, assuming that “Measure Sump Depth To” is set to Conduit Invert. If “Measure Sump Depth To” is set to Bottom of Conduit, the conduit invert elevation will also include the conduit thickness. If “Start/Stop Inverts Use Sump Depths is set to False and “Set Invert to Start” or “Set Invert to Stop” are set to True, the conduit invert will equal the node invert.
Infiltration per Catchment Using Explicit (SWMM) Solver
If you are using the EPA-SWMM runoff method, you will be able to model different infiltration methods in different catchments when using the Explicit (SWMM) solver.
Exposed FI, FID, and INITIAL RATE Properties for ILSAX Catchments
When using the ILSAX runoff method for catchments, properties for FI, FID, and Initial Rate are now available.
Weighted Rational C or CN Calculation from Intersection of Land Cover Polygon with Catchment Area
In the Catchment properties, the “Area Defined By” field has an option for Land Cover Areas. If there are Land Use polygons (found in the 2D Modeling tab of the ribbon) intersecting the catchment, weighted for C and CN will be calculated based on the user-defined or catalog values used in elements.
Improved Gutter Flow Results with Multiple Incoming Gutters
A new calculation option has been included where results from multiple gutters discharging into the same In Sag catch basin or outfall. If the calculation option "Split Downstream Surface Flow Between Gutters?" is set to True, the surface flow from the terrain to downstream structure will be allocated to the gutters proportionally by gutter length. This applies to gutters with sections from terrain and discharging to the same catch basin or outfall.
SWMM Control Curves available for SWMM Control Sets
You can now include SWMM Control Curves in SWMM Control Sets. To create these, go to Components > SWMM Extensions > Control Curves.
After adding the Control Curve it can be used for the SWMM Control Set for weirs and pumps. For example, a control set for a weir may look like this:
RULE R4A
IF JUNCTION J1 DEPTH >= 0.0
THEN WEIR W2 SETTING = CURVE CurveData-1
Compatibility and General InformationSewerGEMS, CivilStorm, SewerCAD, and StormCAD are compatible with Windows 11, Windows 10, and Windows 8.The following platforms are supported:- Standalone (no CAD or GIS software required)- MicroStation CONNECT Edition- AutoCAD 2023 and 2022- ArcMap 10.8 and earlier (SewerGEMS only)- ArcGIS Pro 2.8.X and 2.9.X (SewerGEMS only)Models saved in earlier versions of the OpenFlows products can be opened in this version. As with all new versions, this release includes fixes to various user-reported issues from the previous release, providing an overall more stable experience. Support for EPA-SWMM Numerical Solver version 5.1.014The Explicit (SWMM) solver (available in SewerGEMS and CivilStorm) now uses an updated EPA-SWMM solver version 5.1.014. Further Collaboration with OpenRoads DesignerEnhancements have been made to the hydraulic calculations and reporting when an OpenRoads Designer user is further empowered with a license of OpenFlows StormCAD, SewerCAD, CivilStorm, or SewerGEMS. This includes: - A 2-row Conduit FlexTable that displays input and results for two scenarios (Only available in OpenRoads Designer)- Prototype Copier- Improvements to Gutter Sections Viewer Improvements to Change TrackingThe ability to archive change tracking data has been added. This can help with situations where including change tracking data may otherwise increase the size of the model's database file to a great extent. Enhancements to Crossing Pipes QueryThe Crossing Pipes query in Network Navigator has been enhanced to accommodate different types of pipes. If you open the Crossing Pipes query in Network Navigator, you will see options for All Links (which will analyze all pipes and laterals), Current Selection (which will only analyze links already selected in the drawing), Pipes (which will analyze only pipes), and Laterals (which will analyze only laterals).
Improvements to GIS-ID based ModelBuilder importingImprovements have been made to ModelBuilder imports using GIS-ID, which will make creating and updating models based on GIS-ID easier and more successful. Model CompatibilityModels saved in earlier versions of SewerGEMS, StormCAD, SewerCAD and CivilStorm can be opened other versions of 10.03.XX.XX. Stability enhancements and fixes to reported issuesAs with all new versions, this release includes fixes to various user-reported issues from the previous release, providing an overall more stable experience.SewerCAD is an easy-to-use sanitary sewer modeling and design software product that thousands of municipalities, utilities, and engineering firms around the world trust to design, analyze, and plan wastewater collection systems. Engineers can model both pressurized force mains and gravity hydraulics with ease, using steady-state analysis with various standard peaking factors,and extended-period simulations. Introduction to SewerCAD Part 1 of 2 Introduction to SewerCAD Part 2 of 2 Bentley Systems, Incorporated is the global leader dedicated to providing architects, engineers, constructors, and owner-operators with comprehensive architecture and engineering software solutions for sustaining infrastructure. Founded in 1984, Bentley has nearly 3,000 colleagues in more than 45 countries, $500 million in annual revenues, and, since 2001, has invested more than $1 billion in research, development, and acquisitions.  Owner: Bentley Systems Inc.Product Name: OpenFlows SewerCADVersion: 2024 (24.00.00.24)Supported Architectures: x64Website Home Page : www.bentley.comLanguages Supported: englishSystem Requirements: Windows *Size: 840.9 mb * System Requirements: Installation requirements include: A CD drive or access to the Internet required for product installation. The minimum system configuration for installation: Operating System: – Windows 7, SP1 (32 bit/64 bit)– Windows 8, 8.1 (32/64 bit)– Windows 10 (32 bit/64 bit) Software Prerequisites:– Microsoft .NET Framework version 4.5 (Installer will attempt to download and install this prerequisite if it is not present during installation)Platform Requirements: – Bentley SewerCAD CONNECT does not require any additional CAD or GIS software to work as a stand alone application. However SewerCAD CONNECT can run on the following platforms (if available): - MicroStation V8i SELECTseries 4 – SELECTseries 10 - AutoCAD 2019, 2020, 2021 (32 bit/64 bit) * * (SewerCAD CONNECT for AutoCAD license required) While SewerCAD CONNECT was tested on these versions of platform software, it may run on earlier or later releases. However, if users want to use earlier versions of platform software, it may be advisable to use an older version of SewerCAD CONNECT. ProjectWise Support:– SewerCAD CONNECT is compatible with ProjectWise V8 XM Edition or later.SELECTserver:– Bentley SewerCAD CONNECT requires SELECTserver XM Edition or later and will not run with SELECTserver 2004 Edition. Minimum Profile The minimum recommended workstation profile for running SewerCAD CONNECT (e.g., for simple systems) is: - Processor: As per minimum operating system requirements.- RAM: As per minimum operating system requirements.- Hard Disk: The software itself requires approximately 1.4 Gigabytes (GB) of disk space for installation, and approximately 200 Megabytes (MB) of disk space for optional lesson and sample files. Additional space is also required for user model and data files.- Display: As per minimum operating system requirements. When running SewerCAD CONNECT in the AutoCAD or ArcGIS platforms, the minimum requirements are superseded by the minimum requirements listed for those platforms.购买后，将显示帖子中所有出售内容。
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