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PHOENICS
Contents
- What PHOENICS is
- Some problem-specification features
- Some physical-modelling features
- Some numerical features
- Further information
- What was new in PHOENICS-3.3
- What was new in PHOENICS-3.4
- What's new in PHOENICS-3.5.0
- What's new in PHOENICS-3.5.1
1. What PHOENICS is
- PHOENICS is a general-purpose software package which predicts
quantitatively:-
- how fluids (air, water, oil, etc) flow in and around engines,
process equipment, buildings, natural-environment features,
and so on;
- the associated changes of chemical and physical composition;
- the associated stresses in the immersed solids.
- PHOENICS has been continuously marketed, used and developed since
1981, and still possesses many feaures not yet adopted by later
competitors, for example, the parabolic option, simultaneous
solid-stress analysis, the multi-fluid turbulence model, and many
others (see
"unique features" below).
- PHOENICS is
applied by:-
- engineers to the design of equipment,
- architects to the designing of buildings,
- environmental specialists to the prediction, and if possible
control, of environmental impact and hazards.
- PHOENICS embodies the techniques of
Computational Fluid Dynamics (CFD).
- PHOENICS is
sold
by
CHAM for use on personal computers,
work-stations, mainframes and super-computers.
- PHOENICS may also be accessed via the Web through
Simuserve.
- Click here for a more extensive account of the main
features of PHOENICS
2. Some problem-specification features
3. Some physical-modelling features
4. Some numerical features
5. Further information
A list of thirty Unique or Especially Strong Features
Lectures about PHOENICS
The PHOENICS On-Line Information System