AFT Fathom 13.0| AFT Fathom 2023 v13.0

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AFT Fathom 13.0,AFT Fathom 13.0 is a fluid dynamics simulation software that is used to calculate pressure drop and flow distribution in gas pipes and gas duct systems.

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AFT Fathom 13.0| AFT Fathom 2023 v13.0

Applied Flow Technology Fathom 13.0 (1100.0) | 448.2 mbAFT Fathom 13.0 download

Applied Flow Technology (ATF) announced the release of Fathom 13.0 (1100.0) is fluid dynamic simulation software for engineers, used to calculate pressure drop and pipe flow distribution in liquid and low-velocity gas piping and ducting systems.

AFT Fathom 13.0 is fluid dynamic simulation software used by engineers in over 80 countries to calculate pressure drop and flow distribution in liquid and low velocity gas piping and ducting systems. Fathom helps engineers understand their piping system and predict how pipes, valves, pumps and other components interact with each other. It allows them to easily model, analyze and simulate their systems in order to evaluate the performance of new designs and assure all design requirements are met. Fathom truly helps engineers accurately select and size components, so they can produce less costly and more reliable piping systems.

Founded in 1993, Applied Flow Technology is a leader in the pipe flow modeling software market. With a primary focus on developing high quality fluid flow analysis software, AFT has a comprehensive line of products for the analysis and design of piping and ducting systems.

Owner: Applied Flow Technology (AFT) AFT Fathom 13.0
Product Name: Fathom
Version: 13.0 (1100.0)
Supported Architectures: x64
Website Home Page : www.aft.com
Languages Supported: english
System Requirements: Windows *
Size: 448.2 mb

Applied Flow Technology Fathom 13.0

AFT Fathom is a fluid dynamics simulation software that is used to calculate pressure drop and flow distribution in gas pipes and gas duct systems. Using the AFT Fathom program identifies and corrects operational problems in installed systems and significantly improves engineering quality of systems and produces cheaper, more efficient and more reliable piping systems. With the help of AFT Fathom simulator, easily change system input data including valve positions, pump operation, control points, pressure, temperature, etc. Open and close pipes and valves, turn compressors or fans on or off, adjust control valves to adjust break position, and perform high-speed flow analysis including Sonic Choking.

Software function AFT Fathom 13.0

1. Test operating conditions and scenarios

2. Easily change system input data, including valve position, pump operation, control set points, pressure, temperature, etc.

3. Build extensive system component models for design and operational cases

4. Change your system configuration: open/close pipes and valves, turn pumps on or off, set control valves to fail positions

5. Specify alerts that automatically highlight out-of-range output values such as flow, pressure, speed, pump efficiency, etc.

6. Select a pump from an online manufacturer catalog

7. Compile a directory of commonly used pipeline components and select them from the drop-down list

8. Address viscosity and friction changes associated with pumping non-settling slurries and various other non-Newtonian fluids

9. Calculate the cost of system piping and components

10. Clearly import Excel data into multiple scenarios and export using Excel Export Manager.

11. Import pipe layout and dimensional data from GIS shapefiles, EPANET files, CAESAR II neutral files and pipe component files (*.pcf). From SmartPlant®, CADWorx®, AutoCAD Plant 3D and more.

12. EPANET.import/export Excel integration

13. Typical applications

Tube size

Pump sizing and selection

Control valve sizing and selection

Simulate system operations and component interactions

Evaluate heat transfer in pipes and heat exchangers

Troubleshoot existing systems to determine the cause of operational problems

14. Additional modules

Modules can work individually or together in AFT Fathom and existing AFT Fathom models.

goal seeking and control

Identify input parameters that produce desired output values and simulate control functions

settling mud

Modeling the effects of pumped fluids containing settling solids using the Wilson/GIW method

extended time simulation

Simulate dynamic system behavior and changes in key system parameters over time

AFT Fathom 13.0 Software features

1. Working environment:

The software uses a graphical interactive work environment, and users use drag-and-drop modeling.

Units include: infinite pool, storage, branch, pump, heat exchanger, given flow element, given pressure element, reducer, elbow, tee, valve, check valve, regulating valve, blind end, orifice plate , Venturi tube, filter, nozzle, universal resistance element, user-defined. The pipe network is composed of Junction (connection components) and pipe (pipeline, including extended resistance and local resistance). Users can select fluid properties through the library or customize fluid properties. The user can set its properties by double-clicking the component. Users can quickly and accurately set the operating conditions of the pipeline network system, such as: opening and closing of valves and pumps, regulating valves, closing or opening of gate valves, etc.

2. Report output:

Data table output, the data is output in report form according to classification and user definition (the result output is divided into three columns: General, Pipes, and Junctions. The user can choose the required information display, or choose to output the results according to a pipeline path, such as: Pressure drop, friction loss, flow rate…). The output report can be directly generated into PDF files and EXCEL files.

Visual output, the calculation results are directly outputted on the visual pipe network model established by the user, and the input and calculation results can be selected to edit and display the information required by the user, making the pressure, flow rate and other information of the entire pipe network more clear and convenient for users to understand the pipe network. The network is inspected and modified as a whole.

Graphical output, pressure, flow, temperature changes with a channel, etc. System curve and pump curve. Hydraulic curves, energy lines, elevation lines, etc. are output.

3. SSL settleable slurry calculation module:

AFT Fathom SSL software is a professional fluid analysis software specifically designed for industrial slurry transportation. The main functions of its software are: allowing users to customize solid particles and define slurry concentration, which can be stored in the database for repeated use; and establish a pipe network. Calculate flow (flow rate) distribution, slurry concentration and pressure drop at each point; pump selection, use Warman and ANSI/HI methods to calculate the impact of slurry on the pump; special reports include the pressure head gradient of water in the slurry and the slurry The head gradient, flow rate and other slurry characteristic data help users analyze and understand the impact of solid particles on the pump; users can perform multiple calculations and analysis on the system under varying working conditions; generate system curves to assist customers in analyzing and understanding the critical flow rate impact on the system. Whether you are designing a new system, or evaluating or expanding an existing system, Fathom SSL will assist you in solving your mud transfer problems as quickly and accurately as possible.

Fathom2023 new features

1. New functions

1. Workspace layer

The workspace layer feature provides a powerful new tool for customizing and viewing model appearance, input data, and results in one place. The workspace layer toolset significantly enhances the model building process, providing unparalleled customization options. You can easily update pipe/connection size, color, display text, visibility, etc. from a centralized location on the quick access panel. The workspace layer goes beyond previous visual reporting capabilities. Using Layer Settings, you can now easily control the visibility of the Color Map and Input and Output parameters. Any changes made to these settings will have a direct impact on the display of the model, providing real-time feedback. The dynamic combination of unique Layers provides a very flexible framework, allowing you to display exactly what you want on your workspace. The visibility of individual layers can be easily turned on or off, and the state of all layers can be saved to Layer Presets for future use.

2. Four-component slurry model

Developed by leading industry experts, the SSL module’s new four-component slurry model captures complex slurry conditions more accurately. The four-component model introduces the partitioning of slurry solids into four distinct components or components based on particle size distribution. Each component corresponds to a specific slurry behavior; quasi-homogeneous, heterogeneous or fully stratified carrier liquid. Unlike simpler models that only consider one or two slurry states, the four-component model greatly enhances modeling flexibility by automatically determining the impact of each component state. Developed by industry-leading experts, the model is respected for its accuracy, in part because individual components are based on well-established sub-models. The four-component model provides a comprehensive and advanced method for slurry modeling, enabling more accurate and detailed analysis of slurry behavior under various particle size distributions.

3. Improved valve characteristics window

The new Valve Properties window greatly improves clarity and usability when modeling valves. The window now clearly distinguishes between different data sources such as “User-Specified”, “Characteristics” or “Manual”, making it easier to understand the available options. The table has been simplified to focus on the most important data to provide a clear understanding of what is needed to accurately define a valve. Valve characteristics expressed as percent opening versus flow coefficient tables have been put front and center. Although using properties is optional, it is highly recommended as it ensures that the valve behavior is consistent with real-world scenarios, especially for valve transients. The process of selecting predefined feature sources has been simplified, which helps to obtain more accurate values when manufacturer data is not available.

4. Streamlined design alarm

The Design Alert Manager has been reorganized to improve the process of creating and applying user-defined alerts. Now you can easily create or edit design alerts with just a few clicks. When you modify settings, you’ll immediately see the standards you’re applying, ensuring a transparent experience. We also reduced the amount of text on the form while ensuring clear grammar. These improvements are intended to make it easier to understand constraints on designs.

5. Other notable features

Custom intersection icon – Use your own image as the intersection icon.

To use any image as a connection icon, simply right-click the connection’s Toolbox icon, select Add Image, and browse to the image file. This feature enables you to visually represent your equipment using standard P&ID icons or custom images. By using recognizable icons, clarity and understanding of model results can be improved, especially for those who may not be familiar with the default AFT connection icons.

Isometric Freeform Drawing Mode – Draws on an isometric grid without forcing any specific piping routing.

The isometric drawing tools have been enhanced with the addition of a new isometric freeform drawing mode. Using this new drawing mode, connections and pipe positioning can be snapped to the isometric grid lines, while providing the flexibility to draw pipes that do not necessarily align with the isometric grid lines. This allows you to easily draw complex systems where not all pipes follow Cartesian directions

New Annotation – There are new shape and line tools, as well as a more advanced annotation editing panel.

New annotation shapes and line tools have been introduced to allow for more flexible markup such as revision numbers or change requests. Annotation editing has been improved with the introduction of a live editing quick access panel that provides immediate visual feedback of your changes and simple global editing of all selected annotations. The new editing panel also offers expanded functionality, giving you more customization than in the past.

Set the workspace print area to display the print page next to the workspace and customize the print area.

The new PrinterPageLayout tool provides a convenient and flexible way to adjust the print area to your liking. With a clear and intuitive representation, you can easily identify where page breaks occur. Now you can print specific sections of your tire model at the exact scale you want, eliminating the risk and error required.

Printer page layout feature allows users to switch workspace printing areas

Custom parameters are available for graphics in the workspace. New User Options Show custom options for graphics parameters on the fan. Right-click workspace context menu.

do you know? Can you plot the results of the workspace by right clicking on a pipe or connection? This functionality has been around for a long time, but is currently limited to predefined parameters. You can now specify the type of graphs to display in the menu to simplify the analysis process.

Graphs in the Workspace panel of User Options shows customization of right-click context to generate graphs directly from the workspace

2. Miscellaneous improvements

1. Modeling additions and improvements

Laminar Flow Correction – Laminar Flow Correction is now off by default, with a message indicating whether it has been applied or recommended, and an output parameter indicating the strength of the correction.

Prevent backflow at spray – New “no flow” special condition for spray joints.

Zero-length connectors – Zero-length connectors now behave like standard pipes for most functionality, including selection and drawing tools.

Fluid Library – New category of user-defined fluids, making finding custom entries easier.

2. Import of PCF, EPANET, GIS and CAESARII models

Bend r/D – Import PCF bends with appropriate r/D values.

Improved speed – In some cases, importing is up to 10x faster.

Defaults and Display – Better defaults and display options for imported models.

Pipe Materials – Improved ability to link AFT pipe materials to imported pipes.

CAESARII node name – displays the imported CAESARII node name as the connection name.

3. Behind the scenes improvements

Graphics Optimization – Significant improvements to the backend graphics code, now providing additional stability and more functionality in the future.

eLicense Access Improvements – Added “heartbeat” functionality to eLicenses, improving security and freeing up unused license seats.

Output – Significant improvements to the backend output code, now providing additional stability and more functionality in the future.

Scheduled restore files – Automatically generates a backup of unsaved models, which can be used to restore unsaved work if the application closes unexpectedly. This is separate from the *.bak files, which are only generated after saving the model.

4. New and improved output parameters and messages

Pump Speed - Reports pump speed (RPM) as well as a percentage.

The dimensionless heat transfer parameters Grashof, Nusselt, Prandtl and Rayleigh numbers have been added as output parameters.

Deep Laminar Flow Warning – Simple loss models cannot account for unusually low laminar flow, this new message provides a warning if you enter this range.

POR/AOR in Pump Summary – Displays the preferred and allowed operating range values in the pump summary.

Newly formatted event messages – Events are now displayed in a cleaner, collapsible format similar to warnings.

XTS Module Tank Overflow and Drainage Warning – New message that clearly indicates if a tank has overflowed or drained during a transient.