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Efficiently study fluid flow and thermal performance of alternative designs to boost product innovation
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Use full integration with CAD and PLM to benefit from simultaneous, simulation-driven product development
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Easily predict stationary and long-term transient flow and thermal behavior of products with designer-centric guided interface
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Automate design exploration with the parametric design study application
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Reduce IT costs with cloud computing options
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Include local computing for up to 16 cores, with additional computing capacity available
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Steady-state and long transient fluid flow and heat transfer problems with an automatically selected turbulence model
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Standard RANS (Reynolds Averaged Navier-Stokes) finite-volume solver for low-frequency steady-state and transient flow simulations.
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Advanced body-matched mesh capability, made easy to use with automatic hexagonal dominant mesh (HDM)
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Prediction of convergence errors
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Multiphysics enabled: Fluid-structure interaction (FSI) and native conjugate heat transfer (CHT) for modeling complex flow simulations involving multiple domains.
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Tools for preparing simulation models for cleaning typical geometry in the same environment.
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Configuration of DOE loops and deployment of reusable simulation processes to explore alternatives in the early stages and finalize the design with a complete analysis of the results.
A sneak preview in 3DEXPERIENCE® :
