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ElectroFlo Overview
Features
Thermal Solver Coupled Thermal & Voltage Model Building Integrated Flow Network Thermal/Electrical Network Modeling Tools Boundary Conditions Multi-System Solver Features Post Processing
Examples
Connector Flex Board Engine Controller Relay Box Circuit Board Multiple Systems Rack System
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 ElectroFlo Features

  • Graphical User Interface
  • On-Line Help (Topical and Context Sensitive)
  • Transient/Steady-State Solutions 
  • Multi System Modeling
  • Conduction, Convection, Radiation, Conjugate Heat Transfer
  • Geometry Import (STEP, IDF, STL...)
  • Full Computational Fluid Dynamics (CFD) (Solve for Flow and Pressure In Addition to Temperature) and Non-Computational Fluid Dynamics (CFD)
    (No Flow Calculations) Solution Methods
  • Automatic Calculation and Application of Radiative Viewfactors
    • Patented 1 Button Click Application of Radiation For Entire Model
    • Full User Control Over Complexity of Radiosity Network Generated
  • Fully Automatic Meshing
  • Laminar/Turbulent Flows
  • User Extensible Material Properties Library
  • User Extensible Component Library
  • User Extensible Convection Correlation Library for non-Computational Fluid Dynamics (CFD) solutions
  • Object Based Modeling (Component, Boards, Walls and Enclosures)
  • Open and Porous Boundaries
  • Advanced Post Processing Features:
    • Combined Vector-Temperature Fringe Plots
    • Bar Chart Generation Showing Selected Component Temperatures
    • Extensive Automatic Report Generation
    • Average Temperature Calculation Over User Specified Region
    • X-Y Plotting
  • Nonlinear Boundary Conditions
    • Spatial, Time and / or Temperature Dependent
    • Tabular or Functional Specification
  • Periodic Boundary Conditions
  • Coupled Thermal/Electrical Analysis
    • Solve for Temperature, Flow and Voltage Fields using Electrical Current and
      Voltage Boundary Conditions
  • Heat Exchanger/Fluid Network Boundary Condition
  • Point-to-Point Thermal/Electrical Links
    • Provide Additional Heat/Current Path by Specifying Resistance.
    • Ideal For Modeling Leads and Cables.
  • Extensive List of Tools
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