It is a technique for extruding regular layers of high-quality tetrahedra
from boundaries. The tetrahedra can be recombined into prisms if you
prefer. The mesh adjusts to convex and concave regions and colliding
extrusion fronts.
Will my CFD code like T-Rex?
Yes. T-Rex cells are designed to minimize maximum included angles and
cell volume ratios, which are two key characteristics for improved CFD
solver accuracy. CFD results for an ONERA M6 wing in transonic flow
have similar accuracy for T-Rex and structured grids, while the T-Rex
mesh is much easier to generate.
How can I learn more about T-Rex?
This technical paper describes the mathematics behind T-Rex in
great detail: Anisotropic Tetrahedral Meshing Based on Surface
Deformation Techniques by John P. Steinbrenner and J.P. Abelanet,
AIAA paper no. 2007-0554.
The Winter 2010 issue of Focus On includes pictures of T-Rex meshes
and CFD solutions not shown here.
How can I try T-Rex for myself?
T-Rex is currently available in Gridgen and we're porting it to
Pointwise right now. If you're not a current customer,
complete this form and we'll set you up
with an evaluation license to try on your geometries.
213 South Jennings Avenue, Fort Worth, Texas, 76104-1107, USA