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Autodesk CFD Premium and Autodesk CFD Ultimate
Autodesk CFD is available in 2 levels: Autodesk CFD Premium and Autodesk CFD Ultimate. The CFD Design Study Environment is included in both solvers.
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Direct modeling with SimStudio Tools |
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Defeaturing with SimStudio Tools |
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MultiCAD data exchange |
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Design study automation |
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Multi-scenario design review center |
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Model-centric interface |
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Customizable material databases |
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Heat sink, compact thermal, LED, and TEC models |
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Fan, porous media, HX, TIM, and PCB models |
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Non-Newtonian fluid materials |
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Point, wall, and bulk-flow data extraction |
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Pre- and post-processing API |
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Customizable report generator |
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Web and mobile storage, sharing, and viewing |
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FSI with Simulation Mechanical |
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Simulation Data Management with Vault |
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Export results to Showcase, 3ds max, VRED, Maya |
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2D and 3D Cartesian |
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2D axisymmetric |
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Laminar flow |
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Turbulent flow |
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Incompressible flow |
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Subsonic flow |
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Compressible flow |
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Steady state (time-independent) |
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Transient (time-varying) |
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Lagrangian particle tracking |
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Two-fluid scalar mixing |
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Two-phase flows (humidity and steam) |
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Nucleate boiling |
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Height of fluid |
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Free surface (Volume of fluid) |
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Compressible liquid (water hammer) |
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Cavitation |
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Conduction and conjugate heat transfer |
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Forced, natural, mixed convection |
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Thermal comfort calculation |
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Temperature-dependent heat source |
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Radiation heat transfer |
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Radiation through transparent media |
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Solar loading |
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Temperature-dependent emissivity |
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Joule heating |
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Geometry mesh diagnostics |
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Automatic mesh sizing |
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Solution-adaptive mesh |
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Global and local size adjustment |
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Boundary-layer mesh enhancement |
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Interactive mesh-refinement regions |
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Extrusion meshing |
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Mesh growth-rate control |
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Fluid gap and thin solid refinement |
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Surface wrap meshing |
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K-epsilon |
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K-epsilon with intelligent wall formulation |
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Low Reynolds number K-epsilon |
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SST k-omega |
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SST k-omega SAS (Scale Adaptive Simulation) |
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SST k-omega DES (Detached Eddy Simulation) |
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SST K-omega RC (Smirnov Menter) |
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SST K-omega RC (Hellsten) |
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RNG |
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Eddy viscosity |
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Mixing length |
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Automatic turbulence startup |
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Laminar |
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User prescribed or fluid driven motion |
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Multiple rotating frame of reference |
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Linear |
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Angular |
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Combined linear and angular |
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Combined orbital and angular |
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Nutating |
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Sliding vane |
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Unconstrained (6 DOF) motion |
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Multicore single machine |
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Microsoft HPC cluster |
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Remote solving |
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Parallel solving on multiple machines |
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