Forming and resolving wedges in the spatial twist continuum

@article{Blacker2005FormingAR,
  title={Forming and resolving wedges in the spatial twist continuum},
  author={Ted D. Blacker and Dr. Scott A. Mitchell and Timothy J. Tautges and Peter Murdoch and Steven E. Benzley},
  journal={Engineering with Computers},
  year={2005},
  volume={13},
  pages={35-47}
}
The spatial twist continuum (STC) is a powerful extension of the dual of a hexahedral mesh Murdochet al.,Int. J. Numer. Math. Engng (submitted). The STC captures the global connectivity constraints inherent in hexahedral meshing. Whisker wwaving is an advancing-front type of algorithm based on the STC[Tautges et al., Int. J. Numer. Math. Engng (submitted]. During the whisker weaving algorithm, certain types of degenerate elements calledwedges [Biacker; Myers (1993)Engng with Computers 9, 83–93… CONTINUE READING

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The spatial twist continuum captures the connectivity of an allhexahedral mesh ”

T. D. Blacker, S. A. Mitchell
Submitted to Int . J . Numer . Methods Eng . • 1995

The whisker weaving algorithm: a connectivity based method for constructing all-hexahedral finite element meshes

J. T. Tautges, T. D. Blacker, S. A. Mitchell
Submitted to Int. J. Numer. Methods Engng • 1995
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( i 995 ) The spatial twist continuum : a connectivity based method for representing all - hexadral finite element meshes

P. Murdoch, S. Benzley, T. D. Blacker, S. A. Mitchell
Submitted to Int . J . Numer . Methods Engng

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