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Structural Space Elements

机译：结构空间元素

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摘要

A prolific space architecture is required to facilitate the outward expansion of humankind into deep space. The construction of this architecture must begin with structural components. Space removes structural limitations imposed by gravity, weather, expansion area, and material availability; creating a new environment full of possibilities. In a setting without terrestrial limitations, a modular structural system composed of individual elements could programmatically be assembled into large-scale space stations. The elements should be standardized, open-sourced, and producible at middle-class investment levels to encourage their proliferation. The efficiency and practicality of the system should encourage investors to view the elements as a lucrative and long-term financial instrument. Leasable swarms of these elements can then be used to construct the backbone of space architecture. Element design, system integration, and overall limitations have been conceptually developed to make this structural component a reality. Future populations of these elements would grow first from material gathered in cislunar space, and then reach outward with material developed from the distant asteroids and moons. Space can become an optimal construction environment, once enabled with the proper structural foundation.
机译：需要一个多产的空间架构来促进人类向外扩张到深空间。该架构的构造必须以结构部件开头。空间去除引力，天气，扩展面积和材料可用性施加的结构限制;创建一个充满可能性的新环境。在没有陆地限制的情况下，可以以编程方式组装在大规模的空间站中的模块化结构系统。这些要素应在中产阶级投资水平标准化，开放，并生产，以鼓励其扩散。系统的效率和实用性应该鼓励投资者将要素视为利润丰厚和长期的金融工具。然后可以使用可释放的这些元素的群体来构建空间架构的骨干。在概念上开发了元素设计，系统集成和整体限制，以使这种结构组件成为现实。这些元素的未来群体将从Cislunar Space中聚集的材料中生长，然后用从远距离小行星和卫星开发的材料向外。空间可以成为最佳的施工环境，一旦启用了适当的结构基础。

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