Self-intersection avoidance and integral properties of generalized cylinders

  • Gansca I
  • Bronsvoort W
  • Coman G
 et al. 
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A generalized cylinder is an object bounded by a surface generated by moving a 2D contour curve along a 3D spine curve, possibly scaling the contour along the spine, and two end planes. Several important properties of such objects are presented. In particular, conditions to avoid local and global self-intersection of generalized cylinders are given, and some of their integral properties, such as area and volume, are discussed. © 2002 Elsevier Science B.V. All rights reserved.

Author-supplied keywords

  • Generalized cylinder surfaces
  • Generalized cylinders
  • Integral properties
  • Local and global self-intersections

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  • Ioan Gansca

  • W. F. Bronsvoort

  • G. Coman

  • Leon Tambulea

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