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STAR-CCM+
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STAR-CCM+
CAD Embedding
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Physics Modeling
Turbulence
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STAR-CCM+
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Additional Physics Modeling

Power with Ease:
In developing STAR-CCM+, CD-adapco delivers a powerful CFD tool, in an easy-to-use environment.  This means with STAR-CCM+ there’s no need to compromise ease-of-use over capability or accuracy.  STAR-CCM+’s physics modeling capabilities include:

Click the thumbnails on the left

Compressibility - Shock capture in jet wake
  • Solvers
    • Segregated
    • Coupled
    • Finite volume solid stress
  • Time
    • Steady state
    • Implicit and explicit unsteady
    • Harmonic balance
  • Turbulence
    • RANS
    • RSM
    • LES/DDES
    • Laminar-turbulent transition
  • Compressibility
    • Ideal Gas
    • Real Gas
  • Heat transfer
    • Conjugate Heat Transfer (CHT)
    • Multiband and grey thermal surface to surface radiation
    • Solar radiation
    • Discrete ordinates radiation (DOM) including participating media
  • Multi-phase
    • Lagrangian particle tracking
    • VOF (incompressible and compressible)
    • Cavitation & boiling
    • Eularian multiphase
    • De-icing & De-fogging
    • Melting & solidification
  • Moving Mesh
    • Dynamic Fluid Body Interaction
      (DFBI or 6DOF)
    • Rigid body motion
    • Mesh morphing
    • Multiple reference frames (MRF)
  • Combustion & chemical reaction
    • Reaction kinetics
    • Eddy break up (EBU)
    • Presumed probability density function (PPDF)
    • Complex chemistry
    • Ignition
    • NOx modeling
  • Distributed Resistance (Porous media)
    • Anisotropic
    • Orthotropic
    • User defined
    • Porous baffles

Click on the thumbnail to view:

Compressibility - Shock capture in jet wake   Wave impact study in Gulf of Mexico   Stream Flow Solution
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