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Making a Mechanical Organism Being the fourth in a series of essays on the materials of nature

机译:使机械有机体成为有关自然材料的系列文章中的第四篇

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Most multicellular organisms can be categorised by two words: hierarchy and composite. The underlying fractal geometry of nature - at least in terms of provision of infrastructure - provides much of the hierarchy, although many materials for which infrastructure is not an integral factor are also strongly hierarchical. Plants can therefore be modelled using recursive computer programs which add structures as the size increases. However, problems with mechanical stability also increase as the structure grows, so the plant changes from deriving stiffness from internal pressure to cross-linking the cell wall components permanently.However, this compromises the ability of the plant to grow and repair itself.
机译:大多数多细胞生物可以用两个词来分类:等级和复合。自然的底层分形几何结构-至少就基础设施的提供而言-提供了许多层次结构,尽管许多基础结构不是不可或缺的材料也具有强烈的层次结构。因此,可以使用递归计算机程序对植物进行建模,该递归计算机程序随着大小的增加而添加结构。然而,随着结构的成长,机械稳定性的问题也随之增加,因此植物从由内部压力获得的刚度转变为永久性地使细胞壁组件永久交联,但是这损害了植物的生长和修复能力。

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