Product
Description:
ElectroFloâ has been designed exclusively for use
by engineers faced with challenging electronics cooling and design issues. It is a CFD based package capable of solving
problems involving natural convection, forced convection, radiation (with
automatic obstruction checking and viewfactor calculation) and conjugate heat
transfer.
EASY TO USE
With its graphical user interface and technical features
focused on electronics applications ElectroFloâ achieves an
unprecedented ease of use.
·
PCB Grid, Components Copy, Paste and Library and
Groups
Allow
quick placement of objects. You can
also create multiple components by simply specifying how far apart you wish the
objects to be.
·
Component, Material and Convection Libraries
Helps to
speed modeling and eliminate errors by providing the user with the necessary
properties.
Object Oriented Modeling Approach
Makes design changes easy to accommodate. For example, move a PCB and all its components move with it.
·
Fully Automated Meshing
· Groups
Group together objects by material or type and manipulate
them all at once
·
User Manual, Course Book and Help
Files
Easy
to follow manual and help files answer any question to help get you started or
to find that needed feature. The course
book and help files have examples to teach everything from how to build a model
to how to use EFlo’s most advanced features.
Powerful/Accurate
ElectroFloâ is equipped with a complete list of features allowing modeling detail and
accuracy to be determined by the analyst not dictated by the software. Nonlinear heat sources (time and temperature
dependent), a patented approach to solving radiation with automatic viewfactor calculation,
transient processes, turbulent flows, fans, open and/or porous boundaries are
all handled by ElectroFloâ.
ElectroFloâ can be run in Full CFD Mode, “Conduction Only” Mode or a Hybrid Frozen Mode (initial full CFD mode, then the quicker non CFD mode after convection effects have been established) for fast turnaround of analysis regardless of the dominant mode of heat transfer
Full User Control Over Radiosity Network
Generated
User-Defined Functions and Tables
Quickly
create any function for any variable input.
Efficient
Solver Efficiency Together with State of the Art Post Processing Techniques Provide For Increased User Productivity And Easy Documentation of Results.
·
Coupled Electrical /
Thermal / CFD
Solve
for Temperature, Flow and Voltage Fields simultaneously using Electrical
Current and Voltage Boundary Conditions
· Convergence History and Selected Component Temperature Monitoring
During Problem Solution
· Automatic Bar Chart and Component Temperature/Heat Transfer Report Generation
·
Links to Provide Thermal and/or Electrical Connection Between
two Points
Keeps the model simple while allowing you to
represent complicated functions that may take place outside the model’s
boundaries.