Modeling of New Light-Weight, Rigid Core Panels Based on Geometric Plane Tilings and Space Fillings

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  • 平面／空間充填形に基づく新しい軽量高剛性コアパネルのモデル化
  • ヘイメン クウカン ジュウテンケイ ニ モトズク アタラシイ ケイリョウ コウゴウセイ コア パネル ノ モデルカ

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By processing triangle or square pyramid shaped indents on a flat sheet, panels with periodical indents in regular plane tiling patterns are manufactured. Highly rigid core panels are newly developed by setting this panel (as top panel) on a reversed one (as bottom panel), and gluing/ welding them at the apexes of pyramids to the vertexes of the tiling patterns in the bottom panel. The basic model named Dia-Core is a panel created in the form of Octet-Truss developed by Fuller which corresponds to the space filling model consisting of a combination of two tetrahedra and one octahedron. By varying the geometric patterns that appear on the panel surfaces, all possible patterns based on geometrical considerations are devised, systematically creating various modified models with larger welding portions.

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