GInt

GInt is a powerful surface mesh intersector that can be applied to intersecting surface meshes to make them conformal.* GInt can operate on multiple surface meshes at once to make the meshes themselves, as well as intersections and contacts between them, fully conformal. Griddle meshing tools GSurf and GVol require conformal surface meshes at input and produce conformal meshes at the output.

Running numerical simulations using conformal meshes is often much faster and more accurate because such meshes eliminate the necessity to interpolate numerical data between nodes and faces (all elements of the meshes are properly connected).

An example of intersecting, non-conformal meshes (left) and the resulting conformal intersecting meshes (right) after using GInt.

Meshes intersected with GInt typically require remeshing using GSurf to improve mesh quality.

New in GInt

  • Surface mesh intersector engine is faster and more robust.
  • New default option to keep intersected meshes separate and preserve all individual mesh information (the option can be set to merge intersected meshes as in previous Griddle version).
  • New option to separate intersected faces from any other meshes. This allows users to readily see which faces were changed (i.e., intersected) so additional operations can be performed on them.

*In conformal surface meshes, edges and nodes of mesh elements (faces) are fully shared between all elements connected to them.

*In conformal volume meshes, element faces, edges and nodes are fully shared between all elements connected to them.


Latest News
  • Got Old Software? Itasca's latest versions offer many new features and are optimized to run faster on today's...
    Read More
  • Itasca Celebrates 40 Years Itasca is celebrating 40 years of solving geomechanical and hydrogeological challenges through engineering and computer...
    Read More
  • Stability and Stress-Deformation Analyses of Reinforced Slope Failure at Yeager Airport This paper describes the material properties along with the inverse limit-equilibrium and permanent deformation analyses...
    Read More

Upcoming Events
6 Aug
Itasca Training Collaborations
Quality courses offered outside Itasca.... Read More