FLUENT for CATIA V5 - Figes.com.tr

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<strong>FLUENT</strong> <strong>for</strong> <strong>CATIA</strong> <strong>V5</strong>Product Features4Cavitation phenomena4Multiphase flows with freesurfaces, including openchannel flows4Automatic solution processBoundary Conditions4Pressures, velocities, mass flowrates and volumetric flow ratesat inlets and outlets4Far field, symmetry and periodicboundary conditions4Stationary or moving walls with orwithout internal conduction, heatgeneration and thermal resistances4Data mapping and time variationof boundary parameters4Moving mesh <strong>for</strong> time dependentrotating machinery problems4Multiple reference frame <strong>for</strong>rotating machinery4Display of boundary conditiondata in <strong>CATIA</strong> <strong>V5</strong> tree4Per phase boundary conditions <strong>for</strong>two-phase flows with free surfaces,including top and bottom liquidlevel <strong>for</strong> open channels flowsThe hybrid mesh in acar engine radiatorPLM Integration<strong>FLUENT</strong> <strong>for</strong> <strong>CATIA</strong> <strong>V5</strong> technology helps ensure that <strong>com</strong>panies make the most of their<strong>V5</strong> PLM investments. The software is based on Dassault Systèmes’ CAA <strong>V5</strong> infrastructureand native data structures; it is the first fully <strong>V5</strong> PLM-integrated CFD solution that revealsthe effects of fluid dynamics.Temperature contours in a car engine radiator<strong>FLUENT</strong> <strong>for</strong> <strong>CATIA</strong> <strong>V5</strong> software is more than CFD embedded into the CAD program; it isCFD absorbed into the <strong>V5</strong> PLM processes of the world's leading manufacturing <strong>com</strong>panies.The interface is similar to Dassault Systèmes' structural analysis software, making it easy tolearn, easy to use and easy to remember. Because <strong>FLUENT</strong> <strong>for</strong> <strong>CATIA</strong> <strong>V5</strong> technology uses thesame geometry, meshing and post-processing tools as Dassault Systèmes' structural analysissoftware, analysis knowledge and skills can be translated to the CFD program. Results can betransferred easily to other packages residing within the <strong>V5</strong> PLM environment.Rapid Flow ModelingRapid flow modeling is the strategy of capturing well-understood modeling techniques andencapsulating them into an easy-to-use, highly automated, graphical user environment. Thekey benefit to users is the ability to per<strong>for</strong>m quick CFD validations of design alternatives.<strong>FLUENT</strong> <strong>for</strong> <strong>CATIA</strong> <strong>V5</strong> software incorporates the rapid flow modeling approach to providea high level of automation, which is key to the use of CFD as a design decision support tool.Tasks that require a lot of manual intervention, such as meshing, solution steering andreporting, are fully automated. <strong>FLUENT</strong> <strong>for</strong> <strong>CATIA</strong> <strong>V5</strong> software provides customized toolsto quickly extract a flow volume from the solid parts, a crucial first step in the CFD process.The automated meshing logic cuts the time it takes engineers to create high-quality<strong>com</strong>putational meshes — from days to minutes.www.ansys.<strong>com</strong>
5.0 RELEASESpecify the physics, and <strong>FLUENT</strong> <strong>for</strong> <strong>CATIA</strong> <strong>V5</strong> technology will per<strong>for</strong>m the simulationwithout the need to monitor the calculation. The built-in rapid flow modeling technologydramatically cuts the engineering time required to per<strong>for</strong>m a CFD analysis. Once the simulationis done, <strong>com</strong>prehensive reports are generated. All models are fully upward-<strong>com</strong>patible withANSYS ® <strong>FLUENT</strong> ® software, a leading fluid dynamics product in the ANSYS portfolio. Engineerscan do more and better analyses faster, all within their familiar <strong>CATIA</strong> <strong>V5</strong> environment.Flow pathlines colored by velocitymagnitude on an airplane anti-icingsystemVelocity vectors and temperature field onan airplane anti-icing systemMesh section showing prism boundary layers and tet/hybrid mesharound an aircraft fuselage and engine nacelle<strong>FLUENT</strong> <strong>for</strong> <strong>CATIA</strong> <strong>V5</strong>Product FeaturesMaterial Properties4Comprehensive database of gases,liquids and mixtures, as well as thematerial database available in<strong>CATIA</strong> <strong>V5</strong>4User sites can add custom materialsto local database installations4Users can directly enter properties<strong>for</strong> additional materials4Thermal expansion coefficients areavailable <strong>for</strong> all materials4Temperature dependent materialproperties can be definedMeshing4Fully automated and transparent4Resolution and element typesautomatically tailored <strong>for</strong> highefficiency and desired accuracyInterface, Graphics, Post-Processing and Reporting4Interface similar to DassaultSystèmes analysis tools (GPS)4Post-processing tools from DassaultSystèmes analysis modules enhanced<strong>for</strong> CFD4Automatic reports of flow and heattransfer in<strong>for</strong>mation with embeddedalerts and graphics4Convenient visualization of pressure,velocity and temperature fields oneasily swept planes and boundaries4Animation of simulation results4Display of flow pathlines4Display of residual plots and multiplemonitors (surfaces, <strong>for</strong>ces, torque)to analyze the results and controlsolution convergence4Extensive and intuitive customizationcapabilities to expand modelingfunctionalities and deploy wellprovenworkflow4Multiple levels of control of entiresolution process to fit full CFDproduct life cycle needs4Support <strong>CATIA</strong> <strong>V5</strong> VB scripting andmacros4Remote submission of solution onLINUX ® /Windows ®
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