| Title |
Finite Element Analysis of Pull-out Performance in Glued-in rod Connections |
| Authors |
황경민(Hwang, Kyeongmin) ; 장대희(Jang, Daehee) ; 김예인(Kim, Yein) ; 오근영(Oh, Keunyeong) ; 이강민(Lee, Kangmin) |
| DOI |
https://doi.org/10.5659/JAIK.2024.40.9.201 |
| Keywords |
Wood;High-rise timber building;Structural glued laminated timber;Glued-in rod;Finite element analysis;Parametric study |
| Abstract |
Wood is a building material with significant environmental and structural benefits. While various countries have developed design standards
for connections in high-rise timber buildings using structural glued laminated timber and steel connectors, South Korea has a noticeable gap
in research on these connection methods, with no specific regulations in place. This study builds on previous experimental research on
Glued-in rod connections, known for their high stiffness and fire resistance, to develop a finite element analysis model. The model was used
to analyze factors such as rebar diameter, embedded length, and the angle between the rebar and timber fiber direction. The analysis revealed
different pull-out performances and failure modes, and their correlations were examined. |