| Title |
Research on Improvement of Material Properties and Geometric Shape of Cement Roof Tiles |
| Authors |
최동욱(Choi, Donguk) ; 홍경찬(Hong, Kyungchan) ; 문크투브신 오키버드(Orchirbud, Munkhtuvshin) ; 디다르 메이라모프(Meiramov, Didar) ; 주현진(Ju, Hyunjin) |
| DOI |
https://doi.org/10.5659/JAIK.2024.40.2.241 |
| Keywords |
시멘트 기와, 고성능 경량 콘크리트, 석분, 패킹 밀도 시험, 유한요소해석 |
| Abstract |
This study aims to enhance both the material properties and geometric design of cement roof tiles. While Korean traditional roof tiles have a
long history, they've often lacked academic input for material enhancement and geometric refinement. This research unfolds in two parts: an
experimental phase focusing on boosting the strength and strain capacity of high-performance lightweight concrete (HPLWC) tiles using
industrial byproducts like silica fume and recycled powder, and a finite element phase dedicated to optimizing tile geometry for improved
resistance against external loads. The experimental phase involved density tests to optimize material packing and the use of air-entraining
admixture to reduce self-weight. Results from the experimental phase yielded high-strength concrete (HSC) with recycled powder and
high-performance lightweight concrete (MPEWC) using substantial air-entraining admixture and recycled powder. The analytical phase
concentrated on reducing overall thickness and optimizing cross-sectional shape with green HPLWC. |