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TENSEGRITY STRUCTURES AND DESIGN SCIENCE

机译:坚固的结构与设计科学

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The ancient art of weaving related to the reciprocal frame joint of Leonardo reveals the starting point to understand design science structures. This point can be extended toward tensegrity, reciprocal frames, polyhedra and geodesic spheres, obtaining in this way the visual pattern called DST (Design Science Tetrahedron). There are many weave patterns, the most familiar ones are based on the biaxial and triaxial weaving. If we apply the helical reciprocal frame joint to platonic and archimedean solids we get weave-like polyhedra modules. In this way three-dimensional weaving becomes an extension of conventional flat weaving.
机译:与Leonardo的互惠框架联合有关的古代织造艺术揭示了了解设计科学结构的起点。这一点可以延伸朝向矩形,倒数框架,多面体和测地球体,以这种方式获得称为DST(设计科学四面体)的视觉模式。有许多编织模式,最熟悉的是基于双轴和三轴编织。如果我们将螺旋往复框架连接到柏拉图和Archimedean固体,我们得到织物状的多面体模块。以这种方式,三维编织成为传统扁平织造的延伸。

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