Chemical Engineering


AFT FATHOM
Incompressible Pipe Flow Modeling

 
AFT Fathom is the preferred piping network analysis and system modeling software, providing the engineer a logical and flexible graphical interface. Equipment characteristics, analysis and output are tightly integrated with your system's schematic representation. AFT Fathom implements a wide array of features without sacrificing the engineer's need for a short learning curve and ease of use.

 
 

COMPREHENSIVE CAPABILITIES
Just as the demands on your system design increase in scope, AFT Fathom 5.0, the latest version of the world's most advanced pipe flow modeling software, provides an amazingly broad scope of capabilities. Addressing open and closed loop systems, AFT Fathom includes a built-in library of fluids and fittings, variable model configurations, pump and control valve modeling and much more. With the optional Chempak add-on, a thermo-physical database of over 600 fluids is available to further expand the envelope of your analysis and design. AFT Fathom goes beyond the boundaries of fluid flow analysis, with thermal analysis capabilities including piping heat transfer, heat exchanger modeling and varying fluid properties. AFT Fathom provides everything you need to develop comprehensive models of your piping systems.

ANALYTICAL POWER WITH EFFECTIVE CONTROL
AFT Fathom employs a robust solver using proven matrix methods to solve the governing equations of pipe flow. The full power of this technical sophistication is readily accessible through an advanced visual interface. From the powerful drag-and-drop model building features to the fully customizable output, AFT Fathom becomes an extension of the engineer's mind, freeing him or her to focus on their system, not the mechanics of software manipulation. Scenario Manager raises the what-if potential of system modeling to a new level. Multiple system configurations varying by any modeling parameter are easily managed within a single model file with a familiar hierarchical interface. Changes in the base model are automatically inherited by dependent cases.

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