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Dual-Use Research in Sustainable Construction on the Moon

机译:月球上可持续建设的双重用途研究

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The performance of terrestrial materials, tools and equipment has synergized over thousands of years. As the prospect of mining and construction in space increases mining and construction engineers are challenged to design and test technologies that will perform under conditions totally different from those on Earth. The Space Mining and Construction Laboratory (SMCL) at the University of New South Wales has been working on several research projects experimenting with new building methods and materials for space. Of course, sustainability in these extreme environments is critical as the supply of material, machinery, etc. from Earth is cost-prohibitive. The goal of every project is to design solutions that rely to over 95% on In-Situ Resources (ISRUs). The paper will present the ongoing experimental work in: a) lunar and asteroid mining, b) waterless concrete, and c) in-situ thermal energy storage.
机译:几千年来,地面材料,工具和设备的性能一直保持协同。随着太空采矿和建筑业前景的增长,采矿和建筑工程师面临设计和测试技术的挑战,这些技术将在与地球完全不同的条件下运行。新南威尔士大学的空间采矿和建筑实验室(SMCL)一直在从事一些研究项目,这些试验项目正在研究用于空间的新建筑方法和材料。当然,在这些极端环境中的可持续性至关重要,因为从地球上购买材料,机械等的成本过高。每个项目的目标是设计依赖于超过95%的现场资源(ISRU)的解决方案。本文将介绍正在进行的实验工作:a)月球和小行星开采,b)无水混凝土,和c)原位热能存储。

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