OpenFlows StormCAD Description
During difficult economic periods, funding for infrastructure initiatives is often limited. OpenFlows StormCAD empowers professionals involved in storm sewer project development to maximize their efficiency. This software offers advanced capabilities for roadway and site designers, stormwater master planners, and land developers, enabling them to achieve superior designs while keeping expenditures low. It allows users to load models with wet weather runoff flows sourced from Hydro-35 data or Intensity-Duration-Frequency rainfall events. The Rational Method is utilized to calculate runoff flows, providing insights into how much stormwater runoff will reach an inlet compared to how much will flow downstream in a gutter or pond on the roadway. Additionally, it enables users to rapidly verify that the flow spread in a gutter stays within acceptable design parameters. By employing these tools, professionals can navigate project challenges more effectively and deliver optimal results despite budget constraints.
OpenFlows StormCAD Alternatives
MicroStation is the trusted CAD software that empowers infrastructure professionals to design, manage, and deliver projects with precision and efficiency. Its power, flexibility, AI automation, and 3D geospatial context enable innovative designs and creative visualizations. Communicate design changes and unite critical project elements in a single environment, ensuring effective and secure project deliverables. MicroStation scales for any infrastructure project, whether it lasts days, months, or years. MicroStation is the foundation for the entire Bentley modeling environment including digital twins.
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InEight delivers an integrated project controls platform designed specifically for capital construction. Its modular applications span every phase of the project lifecycle—from accurate estimating and planning to predictable execution and closeout. By unifying cost, schedule, contracts, documents, and field data in one system, InEight gives project teams real-time visibility and advanced analytics to drive confident decision-making. More than 850 organizations use InEight to manage over $1 trillion in projects across infrastructure, energy, mining, water, transportation, and industrial sectors. With InEight, construction leaders modernize operations, standardize best practices, and keep complex capital projects on time and on budget.
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OpenFlows CivilStorm
OpenFlows CivilStorm is an advanced software tool designed for the thorough modeling and analysis of stormwater systems. Modeling these systems can be intricate due to various factors such as flow backups, pipe surcharges, and other complexities. This software addresses all facets of stormwater management, allowing users to identify bottlenecks in the system, enhance capacity, and mitigate flooding occurrences to ensure compliance with regulatory standards. By utilizing optimized network designs and comprehensive master plans, users can reduce their capital expenditures on infrastructure improvements. OpenFlows CivilStorm effectively analyzes a wide range of stormwater system components, including rainfall, runoff, inlet capture, bypass mechanisms, as well as gravity and pressure piping structures. Users can also model ponds, outlet structures, open channels, and culverts, providing a full spectrum of stormwater modeling capabilities. Furthermore, it allows for the assessment of both pressure and free-surface flow conditions across complex networks, enabling the design of sophisticated pond outlets under varying tailwater scenarios. It also supports the integration of weirs, orifices, culverts, risers, and inlet boxes into system designs, making it a versatile choice for stormwater management professionals. Thus, OpenFlows CivilStorm stands as an essential tool for those seeking to optimize their stormwater systems efficiently.
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DataCurrent
Real-time monitoring of rainfall through rain gauges enables operations personnel to be alerted about potential flooding or sewer overflow situations. By closely tracking and evaluating precipitation levels at various sites, it becomes possible to estimate rainfall in areas that are not directly monitored, a method known as the “Distributed Rainfall Modelling Technique” (DRMT). The integration of rainfall radar data with readings from rain gauges facilitates the creation of enhanced rainfall coverage maps. Furthermore, examining historical rainfall data helps in constructing rainfall intensity-duration curves, which can be compared to the design intensity-duration-frequency curves of the region, aiding in the identification of return periods for recorded events through forensic analysis. In addition, new intensity-duration-frequency curves can be generated to inform the design of drainage infrastructure, including sewers, channels, and storage facilities. Continuous flow monitoring, coupled with data analysis, contributes to the development of rainfall versus stormwater runoff response curves, which are essential for calibrating drainage system models effectively. This comprehensive approach ensures that urban planning and flood management strategies are well-informed and responsive to actual conditions.
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Integrations
Company Details
Company:
Bentley Systems
Year Founded:
1984
Headquarters:
United States
Website:
www.bentley.com/en/products/product-line/hydraulics-and-hydrology-software/stormcad
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Web-Based
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Training Docs
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Online Support
OpenFlows StormCAD Features and Options
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