Summary

This paper presents tensile strength results for lunar soil simulant JSC-1, emphasizing its importance for lunar construction and infrastructure. The study uses a direct tension device to measure tensile strength across various packing densities, with specimens prepared via a miniature compaction technique. The provided text appears to be a series of URLs and file paths related to images and thumbnails, likely from a document or article. It does not contain any meaningful content or data about the subject matter, such as lunar soil or any other topic. The URLs suggest that the content may have been part of a larger document or webpage that was not fully displayed or is incomplete. This paper investigates the tensile behavior of lunar soil simulant JSC-1, focusing on its tensile strength properties. The study highlights the importance of tensile strength in lunar construction and presents experimental results using a direct tension device. JSC-1 is described as a non-plastic, well-graded silty sand with about 40% passing the #200 sieve. The paper includes grain size distribution comparisons and tensile strength density relations. This paper investigates the tensile behavior of lunar

Methods and applications