generator of Lagrangian and Serendipity finite element meshes on curved surfaces
QUAD-SURFACE: generator of QUAD8 and QUAD9 elements on curved surfaces in 3D space.
Significant number of constructions in the modern structural engineering are complex spacial combinations of plates and shells. In many cases, they are made of composite materials, often consisting of several anisotropic layers. Whereas 4-noded bilinear finite elements often deliver acceptable results in terms of nodal displacements, the situation with components of the stress tensor can be very different: in order to achieve required numerical accuracy, 8-noded Serendipity and/or 9-noded Lagrangian elements must often be used.
QUAD-SURFACE is mesh generator capable of delivering exceptionally
accurate finite element meshes for a broad range of surfaces in 3D such
as: plane, cylindrical, spherical, general 3D and their arbitrarily complex
spacial combinations. Most importantly, the additional nodes of QUAD8 and
QUAD9 elements are always placed on the surface too, thus preserving as
much as possible the original shape of the surface. As our experience demonstrated,
the surface shape preservation is absolutely necessary for obtaining accurate
resutls in terms of the stress tensor components.
QUAD-SURFACE (as well as all of our world-class quadrilateral mesh generators) is available in the complete source code form, on no-royalties and no-annual- renewals basis: there is a one-off price for the unlimited commercial license.
More examples of meshes generated by QUAD-SURFACE on curved surfaces in 3D can be found here and here. Also, please follow this link to see how QUAD-SURFACE can process tubular joints.
QUAD-SURFACE is member of the full range of our
state-of-the-art mesh generation products.
For further information, please contact us (preferably by e-mail):
E-mail: comecau@bigpond.com
Postal address:
Computational Mechanics Australia Pty. Ltd.
PO Box 736
Camberwell South VIC 3124
AUSTRALIA
Ph: + 61-3-9809-0814
Fax: + 61-3-9809-0843
Copyright (C) ABN 39 081 999 135 Computational Mechanics Australia Pty. Ltd. 1998-2007
All rights reserved.