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Thermal
Analysis and Modeling Solutions |
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ThermoAnalytics is proud to
offer the following thermal analysis and modeling software products.
All heat transfer analysis software from ThermoAnalytics is based on
a core thermal solver with state-of-the-art speed and precision. The
programs feature cross-platform compatibility and integrated Set-up,
Solution, and Post-Processing capabilities.
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RadTherm
RadTherm is
full-featured, cross-platform, heat transfer analysis software
for system-level CAE applications. RadTherm utilizes a
state-of-the-art Radiation Module and an extremely user friendly
Graphical User Interface to set up boundary conditions for
multi-mode heat transfer: multibounce radiation, conduction and
convection with one-dimensional fluid flow. RadTherm has no
limit to heat transfer model resolution: model size is limited
only by available system resources. Customers report modeling
systems of several million thermal nodes. Heat transfer boundary
conditions for natural environments are easily imported from
weather files and solar loads predicted from RadTherm's built-in
solar model or applied from measurements. Examples of RadTherm
applications would be complete vehicular systems, aerospace
systems, electronic instrument panels, architectural solar
analysis, and complex process heating schemes. |
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WinTherm Pro
WinTherm Pro puts
system-level modeling power into a small budget. WinTherm Pro
delivers complete heat transfer analysis with resolution up to
64,000 thermal nodes (typically 32,000 mesh elements). WinTherm
Pro users can easily upgrade to RadTherm without additional
training. |
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WinTherm Standard
WinTherm is designed
for component-level modeling and simulation and provides the
user with a complete solution to heat transfer analysis for
models up to 20,000 thermal nodes (typically 10,000 mesh
elements). WinTherm runs under Windows and UNIX and allows users
from any engineering background (thermal or other) to analyze
their thermal components quickly and accurately. The intuitive
arrangement of the user interface permits both novice and expert
users to setup and analyze heat transfer problems with minimum
input. Examples of WinTherm applications would be electronics
enclosures, fluid tanks, or oven systems. Analysis of heat
transfer management techniques can be explored, such as
insulated heat shields, cooling with fans, heatsinks or surface
treatments. |
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WinTherm Lite
WinTherm Lite brings
the power of high speed heat transfer modeling within the reach
of small firms. Like our other thermal modeling codes, WinTherm
Lite computes radiation, conduction, and convection, but
WinTherm Lite is limited to heat transfer models with less than
2,500 thermal nodes (typically 1,250 mesh elements). Because the
Graphical User Interface is nearly identical to our more
powerful software, model setup is rapid and WinTherm Lite users
can easily upgrade to WinTherm or RadTherm without additional
training. |
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ViewTherm
ViewTherm is a free
viewer which allows the user to post-process/view RadTherm or
WinTherm files. ViewTherm can be downloaded from our
Downloads Area.
ViewTherm does not perform any analysis: it is used to view the
results from RadTherm or WinTherm. |
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RadThermIR
RadThermIR (MuSES)
software provides integrated heat transfer analysis and infrared signature
prediction, including flat shaded bidirectional reflection (BRDF) rendering of
radiosity. Users can explore thermal designs that will reduce the IR signature
of their system against realistic uniform or faceted backgrounds. By integrating
heat transfer analysis with apparent thermal signature prediction, overall
system performance can be enhanced early in the development cycle. RadThermIR (MuSES)
is the standard IR Signature prediction code of many divisions of the US
Military, and is widely used by US defense contractors. |
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RadTherm/RT
RadTherm/RT is an enhanced version of
our RadTherm software for the purpose of predicting terrain temperatures,
including roads and highways. TAI developed the software in conjunction with
Montana State University. RadTherm/RT predicts and graphically displays road and
surrounding terrain temperatures. Heat transfer inputs into the software include
a digital 3d-faceted terrain representation, spatial meteorological data, and
scenario (time/location) information. |
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