Intricate Isohedral Tilings of 3D Euclidean Space

Year: 2008 Authors: Carlo H. Séquin

Core claim

Computer-assisted design enables many novel 3D isohedral tiles with symmetry, interlocking, and genus ranging from zero to knot-like structures.

Topics

3D tilings, isohedral symmetry, computer-aided design, interlinked geometry, Escher-inspired forms

Domains

geometry, symmetry groups, topology, tiling theory, knot theory, generative art, sculpture, digital fabrication

Methods

modulated extrusion, free-form deformation, Voronoi regions, morphing, rapid prototyping

Media

3D-printed tiles, CAD models, pipe cleaners, computer graphics, layered manufacturing

Source status

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