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Viscous computation

The viscous computation for this tutorial was carried out using the Integral-Boundary-Layer (IBL) method which is a fast approximate method to assess heat transfer and skin-friction at the surface of a vehicle. In this part of the tutorial, you will learn how to:

  • Visualize surface data (velocity, pressure, etc.),
  • Plot surface (inviscid) streamlines using Paraview,
  • Make contour plots of surface heat transfer using Paraview.

Cone at 20deg aoa - inviscid flow-field Mach 6 blunt cone at 20° angle-of-attack: Surface temperature contour plot.

Cone at 20deg aoa - inviscid flow-field

Mach 6 blunt cone at 20° angle-of-attack: Inviscid or surface streamlines.

Cone at 20deg aoa - inviscid flow-field

Mach 6 blunt cone at 20° angle-of-attack: Laminar surface heat transfer.

Cone at 20deg aoa - inviscid flow-field

Mach 6 blunt cone at 20° angle-of-attack: Laminar and turbulent heat transfer at x = 0.24m.

Note: Paraview is an open source post-processing visualization engine.