This document outlines objectives to study traditional Japanese joinery techniques, advance understanding of topologically-interlocking joinery (TIJ) through new computational analysis methods, create design and visualization tools to exploit TIJ, and design and fabricate new architectural elements using modern digital fabrication of TIJ techniques.
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Topologically interlocking joinery
1. Objectives
Study the artisan of Japanese
joinery and analyze it with new
computational engineering
methods.
Advance the understanding of
topologically-interlocking joinery
(TIJ).
Create new computational
design methods methods for
visualization and design
synthesis to exploit TIJ.
Design and realize new TIJ
technological and
architectural elements with
TIJs via modern digital
fabrication methods.
Sawako Kaijima and Martin L. Dunn