Innovation & Quality

CFView™

CFView™ is a polyvalent parallelized Computational Flow Visualisation software system. It offers a large range of qualitative and quantitative outputs for 2D/3D scalar and vector fields. Steady/unsteady results on structured and/or unstructured grids can be handled easily, allowing for a straightforward analysis of complex physical systems. 

The simulation-based design decision process is further accelerated by CFView™ scripting capability, using Python language. Recorded templates can be used for automatic replay of saved screenshots on new simulations sets. Moreover CFView™ embeds specific features for turbomachinery configurations, such as meridional, blade-to-blade, pitch-averaged, spectral and temportal Nonlinear Harmonics specific views and cylindrical views. 

CFView™ provides a fully automatic procedure for the setup and the execution of noise radiation analysis based on a NLH solution. This capability is available for aero-engine nacelles, CRORs and turbomachinery applications. Steps like the generation of the acoustic mesh, the interpolation of the harmonics, the definition of the microphones location and the execution of the FW-H or BEM acoustic analysis, are fully automated. With one mouse-click the user switches from the NLH solution obtained in the Near-Field, to noise mapping in the Far-Field. 

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Download a FREE version of CFView™:

- for Windows

- for Linux

This version will allow you to open CGNS surface data and NUMECA meshes.

To install please extract the archive, then launch "install_numeca" for Linux or "setup.exe" for Windows. Just follow the procedure to complete the installation. No license is required.

Key features

  • Multi-projects and multi-views environment
  • Scalar and vector representation modes
  • User-defined quantities using algebraic expressions
  • Isolines, iso-surfaces and streamlines
  • Cut planes, revolution surfaces
  • Interactive cartesians plots creation
  • Unsteady data sets animation with movies creation 
  • Acoustic field animation based on user’s selected harmonics. Customizable surface rendering, colormap and perspective
  • Calculation of derived quantities for advanced NUMECA’s fluid types including real gases and condensable fluids
  • Specific turbomachinery visualization mode
  • Specific marine post-processing tools
  • Advanced Nonlinear Harmonic post-processing
  • Acoustic radiating surface extraction
  • Simulation results comparison
  • Publication-quality graphics and plots generation
  • Full python integration: all CFView™ functionalities can be imported as a python module.
  • Extract surface data and export to new projects.
  • CFView™ is free for surface projects and mesh loading
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