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'THE INTRODUCTION BY THE WAY OF THE DESIGN ON THE EARTH TO THE INFRASTRUCTURES IN THE SPACE'

机译:“通过空间上的基础设施设计的方式介绍”

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摘要

The technologies of the architecture are highly developing on the both, on the Earth and in the space. However, these two kinds of architectures take completely different way to approach. One is based on "fail safe", and the other on "fault tolerant". Fail safe subject design has advantage to manage its total body assembly and secures the most reliable safety. On the other hand it tends to be low-extendable and has difficulty to change the way of use. In the future, the missions of habitation on the Moon or on the Mars will get to be long-term and large scale, therefore, it is that the Architecture there should be designed by flexible, comfortable and economical way.On this Study, I consider the possibility that we adopt the fault tolerant style of design on the Earth to the architecture in the space and reduce the waste and rationalize it. If the supporting technologies, for example, robotics or remote sensing, have developed enough and we can make precise analyze about risk, the copulation of these two ways of design make us possible to design general type of space architectures in the more flexible and various way.
机译:无论是在地球上还是在太空中,建筑技术都在高度发展。但是,这两种体系结构采用的方法完全不同。一种基于“故障保护”,另一种基于“容错”。故障安全主体设计具有管理其整体装配并确保最可靠安全性的优势。另一方面,它倾向于低扩展性并且难以改变使用方式。将来,在月球或火星上的居住任务将是长期且大规模的,因此,应该以灵活,舒适和经济的方式设计那里的建筑。 在这项研究中,我考虑了我们对空间中的建筑采用地球上的容错设计风格并减少浪费并使之合理化的可能性。如果支持技术(例如,机器人技术或遥感技术)已经足够发展,并且我们可以对风险进行精确分析,那么这两种设计方式的结合将使我们有可能以更加灵活多样的方式设计通用类型的空间架构。

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