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KUBRIX® and the Rhino3D KUBRIX® Plug-in

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KUBRIX®

Fuzzy-logic Block Decomposition

Using fuzzy logic, KUBRIX® automatically subdivides a solid into a small number of blocks, and builds an all-hex mesh.

Multi-material Meshing

KUBRIX® can mesh objects composed of several materials.  The resulting mesh has coinciding nodes at material boundaries.

Hexahedral Meshing

You can build block-structured, fully unstructured or fully-structured all-hexahedral meshes.

Oct-tree meshing

Use oct-tree meshing to create meshes from low-quality, overlapping and non-closed surface data

Tetrahedral Meshing

Build good-quality tetrahedral meshes with offset and grading control

Minimal Convex Block Decomposition (MCBD)

You can decompose a multi-material volume into a minimum number of convex blocks for use in efficient contact detection in DEM mechanics and robotics

Input: closed, manifold or non-manifold triangular mesh

stl, nastran, patran, ideas, ensight, ansys (PREP7), ansyscdwrite (CDWRITE Command), ansyshmtemplate, abaqus, flac3d, gridpro, 3dec and zmap

Output Format:

nastran, patran, ideas, ansys (PREP7), vrml 2.0, ensight, marc, abaqus, flac3d, gridpro, and 3dec (POLY files)

Rhino3D KUBRIX® Plug-in 

Implementation

All the capabilities of KUBRIX® can be launched with the click of a button directly from Rhino3D

Viewing of the mesh

The resulting volume meshes can be viewed as VRML 2.0 files iin Rhino3D

Rhino3D utilities

Use the provided Rhino3D scripts for colorization and creating single non-manifold BREPS for use with KUBRIX®

Applications in Engineering & Research

 

Disk

 

Seagate Technology uses KUBRIX to design air bearings  that maintain the read-write head at a close distance to the disk surface

Engine

Honda Motors uses KUBRIX to design the latest cylinder heads used in its low emission VTEC engines

Watch

ETA SA uses KUBRIX to design its latest line of SWATCH timepieces

Mine

ANGLOGOLD ASHANTI uses KUBRIX to conduct geomechanical analyses on potential deep gold reserves

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