| Title |
Workability of Polymeric Concrete for Lunar Infrastructure |
| Authors |
이재호(Lee, Jaeho) ; 이태식(Lee, Tai Sik) ; 안기용(Ann, Ki Yong) ; 장병철(Chang, Byung Chul) |
| DOI |
https://doi.org/10.12652/Ksce.2017.37.2.0507 |
| Keywords |
달;유인 탐사;건설;폴리머 Moon;Construction;Polymer;Human exploration;ISRU |
| Abstract |
For manned planetary exploration, human beings are developing technologies that can permanently reside on the planet, and the basic three elements of residence, such as clothing and shelter, are required to support essential technologies in construction. In order to develop infrastructure construction technology internationally, various materials and methods such as local cementation, sulfur and aluminum have been tried. in this study, a purpose is proposed a polymer concrete construction validation technology that appropriates the conditions required for manmade exploration in order to develop construction infrastructure material technology using polymer. Concrete specimens with a 10% weight ratio polymer prepared by heating on the bottom were stabilized after 2 hours of heating, and the strength was lower than the top heating method, but the solidifying speed was 2 times faster. These results are expected to be applicable not only to construction of lunar facilities for manned exploration but also to improve the construction of infrastructures such as roads and levees to prevent dust. |