Applying Terrestrial Geo-Material Science Methodology to Lunar ISRU Construction

机译：地球材料科学方法在月球ISRU建设中的应用

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Building on research underway for military and expeditionary construction, this research aims to establish methods for the design and testing of the materials mixtures derived from the lunar surface with minimal or no additives that need to be transported from the Earth. This paper will review opportunities and challenges of demonstrated and experimental construction methods such as concreting and sintering as well as discuss the need to evaluate and develop these methods using regolith simulants more representative of the lunar highlands where the NASA Artemis mission proposes to land in both its mineralogical and agglutinated properties. Advanced materials research based on accurate chemical and physical characteristics of extraterrestrial materials is among the first steps towards establishing a methodology that will form a proposed future ASCE Manual of Practice for evaluating and implementing best practices for in-situ lunar construction.

机译：本研究以正在进行的军事和远征建筑研究为基础，旨在建立从月球表面获得的材料混合物的设计和测试方法，这些材料混合物需要从地球运输，且添加剂最少或不需要。本文将回顾已证明的和实验性的施工方法（如混凝土浇筑和烧结）的机遇和挑战，并讨论使用更能代表月球高地的表土模拟物评估和开发这些方法的必要性，NASA阿耳特弥斯任务计划在月球高地着陆，其矿物学和凝集特性。基于地外物质精确的化学和物理特性的先进材料研究是建立一种方法的第一步，该方法将形成一份拟议的未来ASCE实践手册，用于评估和实施月球原位建造的最佳实践。

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《Biennial International Conference on Engineering, Science, Construction, and Operations in Challenging Environments》|2021年|171-180|共10页
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H. Patel; P. Suermann; N. Shumaker; S. Deitrick; J. W. Bullard; R. C. Ewing;
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Applying Terrestrial Geo-Material Science Methodology to Lunar ISRU Construction

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