How T-Rex Unstructured Meshing Aids Transonic Aircraft Drag Reduction

[02 May 2012] Aircraft manufacturers continually strive to design faster and more efficient airplanes. Reducing the aerodynamic drag of an aircraft produces a proportional reduction in fuel consumption. Predicting drag with computational fluid dynamics (CFD) can be very challenging, particularly for modern commercial aircraft that fly at transonic speeds. For the complex geometries encountered on these aircraft, creating meshes that resolve flow structures to achieve the necessary accuracy can be tedious and error prone. Pointwise's anisotropic tetrahedral extrusion method (T-Rex) is a robust and highly automated way of creating unstructured viscous meshes on complex geometries that reduces the effort required to accurately predict drag.

T-Rex Mesh on the NASA CRM Transonic Aircraft Geometry.
T-Rex Mesh on the NASA CRM Transonic Aircraft Geometry.

In this webinar, discover how to

  • Utilize 2D T-Rex to more efficiently resolve surface curvature
  • Diagonalize trailing edge surfaces for more consistent grid point distribution
  • Tune T-Rex parameters to handle difficult regions, such as corners, high curvature and transitions
  • Reduce time spent setting up T-Rex meshes using its top-down approach
  • Convert boundary layer tetrahedra into triangular prisms

Downloads

Description Format File Name File Size [MB]
Webinar Video File MP4 Pointwise-Webinar-Unstructured-Meshing-Aids-Drag-Reduction.mp4 2800
Pointwise Project File PW DPW4_wbt_ih+0_v03.pw 115

How T-Rex Unstructured Meshing Aids Transonic Aircraft Drag Reduction is also now available on YouTube.

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