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ANSYS
11.0 RELEASE
_
Industry Solutions
Radiation: A wide class of radiative heat transfer models, from transparent to participating non-gray media, are available and include applications such as combustion, heating and ventilation, and radiation through solid materials, among others.
Combustion: All species are solved as a single coupled system, accelerating conver­gence especially for complex reaction mechanisms. Models include multi-step eddy break-up, finite rate chemistry and NOx and soot models; in addition, state-of-the-art flamelet and Zimont models are available.
Fluid Structure Interaction: ANSYS, Inc. provides the world's most advanced fluid struc­ture interaction (FSI) software, permitting combined fluid and solid physics analysis. The ANSYS FSI approach preserves the individually validated specialized software components in CFD and stress analysis disciplines while, at the same time, permitting state-of-the-art interaction between the fluid and solid. Both one-way and two-way FSI
simulations are possible, from problem setup to post-processing, all within the ANSYS
Workbench environment. See the ANSYS FSI Solution brochure for more information. Moving Mesh: When fluid simulations involve changing geometry — for example, devices
such as screw compressors, gear pumps, blood pumps and internal combustion
engines — moving mesh may be required. Mesh movement strategies cover almost
every conceivable mesh movement need. CFD Post-Processing
The CFD post-processing tool uses an intuitive user interface to represent both graphical and quantitative results. The powerful visualization capabilities of ANSYS CFX software
can quickly provide insight into flow field behavior with features such as isosurfaces, slices, vectors, surface plots, animations and streamlines. The quantitative capability
allows the user to easily extract values of interest to the designer and analyst, which can
be used to increase performance and obtain better understanding. The
Turbo-Post mode simplifies post-processing for turbomachineny applications and includes a set of template reports based on machine type. The post-processor includes automated
report generation. Report templates can be established that include all charts, tables and figures, which then can be re-used for each design to allow easy comparison of design alternatives. ANSYS CFX technology includes one of the most powerful CFD post-processors available.
Parallelization
By combining the memory and CPU resources of multiple processors, parallelization
allows the user to reduce computation time and perform larger simulations. All physical models, features, modes and options in ANSYS CFX software work in parallel, no exceptions.
The superior performance of ANSYS CFX software is not based on any single product feature. It is the combination of proven, leading-edge technology in all elements of the
software that provides the accuracy, reliability, speed and flexibility that companies trust to make them successful.
Historic aircraft
Courtesy CFD 14-Bis project.
Kiwi flower pollen
Courtesy University of Canterbury.
Electric motor
Courtesy WEG Motors.
vww.ansys.com
ANSYS, Inc.
Southpointe
275 Technology Drive
Canonsburg, PA 15317
U.S.A.
724.746.3304 ansysinfo@ansys.com
Toll Free U.SA/Canada:
1.866.267.9724
Toll Free Mexico:
001.866.267.9724
Europe:
44.870.010.4456 eu.sales@ansys.com
ANSYS, ANSYS Workbench, AUTODYN, CFX, FLUENT and any and all ANSYS, Inc. brand, product, service and feature names, logos and slogans are registered trademarks or trademarks of ANSYS, Inc. or fts subsidiaries in the Unfted States or other countries. ICEM CFD is a trademark used under license. All other brand, product, service and feature names or trademarks are the property of their respective owners
mage Credfts: Some images courtesy Aavid Thermalloy, ICT Prague and Silesian Unwersfty of Technology—Instftute of Thermal Technology
©2007 ANSYS, Inc. All Rights Reserved. Printed in U.S.A
MKT000020C
12-06
Contract Holder

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