Bentley FlowMaster CONNECT Edition v10 for PC Windows

Description

FlowMaster CONNECT Edition is an advanced hydraulic calculator developed by Bentley Systems for civil and hydraulic engineers. It provides a fast and accurate solution for designing and analyzing a wide range of hydraulic infrastructure components, such as pipes, open channels, inlets, weirs, culverts, and orifices.

Engineers use FlowMaster to streamline the design of new systems and troubleshoot existing ones by leveraging prebuilt calculators that follow industry-standard hydraulic formulas and methodologies. With its intuitive interface and robust calculation tools, FlowMaster is ideal for both quick checks and comprehensive design workflows.

Key Features

• Component-Based Calculators
  Quickly analyze and design hydraulic components like pressure pipes, gravity pipes, culverts, inlets, weirs, orifices, and open channels using dedicated, easy-to-use modules.

• Multiple Calculation Modes
  Solve for any unknown variable in a formula—such as flow rate, diameter, slope, or velocity—making it highly versatile.

• Industry-Standard Equations
  Uses widely accepted hydraulic formulas such as Manning’s Equation, Hazen-Williams, and Darcy-Weisbach.

• Scenario Management
  Save and compare multiple design scenarios within the same project to evaluate alternatives and make informed decisions.

• Graphical Interface
  Visual representation of hydraulic profiles and element properties for better understanding and communication of results.

• Data Input Flexibility
  Import data from other Bentley hydraulic applications or manually input values using smart form entries.

• Custom Reports and Exporting
  Create detailed, printable reports with tables and graphs; export to spreadsheets or integrate with other modeling tools.

• Integration with Bentley’s CONNECT Environment
  Benefit from cloud-based collaboration, version control, and a connected data environment across Bentley’s suite.

FlowMaster CONNECT Edition is an indispensable tool for professionals involved in water infrastructure planning, road and site drainage, and flood mitigation, offering precision and speed in hydraulic component design.