Evaluation of Mechanical Properties of Mortar Generated by using Lunar Soil Simulant

Vaibhav Kulkarni, Rohan Dhoka, Prathamesh Godambe, Shraddha Bagul, Pritee Thodsare
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Abstract

This study investigates the mechanical properties of mortar produced using lunar soil simulant, with the aim of assessing its suitability for construction in extraterrestrial habitats. Various tests including fineness test, specific gravity, standard consistency and compressive test were conduct to evaluate the performance of the mortar. Factor such as particle size distribution, binder type, curing conditions and environmental influences were scrutinized to gain comprehensive insights into the material’s suitability for construction purposes. The findings provide insights into the feasibility of utilizing lunar soil simulant based mortar for future space missions and lunar colonization efforts
使用月球土壤模拟物生成的砂浆力学性能评估
本研究调查了使用月球土壤模拟物生产的砂浆的机械性能,目的是评估其是否适用于地外栖息地的建筑。为评估砂浆的性能,进行了各种测试,包括细度测试、比重、标准稠度和抗压测试。对粒度分布、粘合剂类型、固化条件和环境影响等因素进行了仔细研究,以全面了解这种材料是否适合用于建筑目的。研究结果为未来太空任务和月球殖民化工作中利用月球土壤模拟砂浆的可行性提供了启示。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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