| Title |
The Horizontal Restoring Force of a Column in Traditional Wooden Structure |
| Authors |
신은미(Shin, Eun-Mi) ; 하태욱(Ha, Tae-Uk) ; 김형준(Kim, Hyung-Jun) ; 김원종(Kim, Won-Jong) |
| DOI |
https://doi.org/10.5659/JAIK.2022.38.5.185 |
| Keywords |
Traditional wooden structure; Cylinder; Dimensions of column; Slenderness ratio; Vertical load; Horizontal restoring force; Resistance model |
| Abstract |
To better prepare for increasingly frequent natural disasters such as earthquakes and typhoons, the horizontal resilience capacity of traditional
wooden structures should be evaluated. Among the structural elements of traditional wooden structures, a quantitative evaluation method of
horizontal restoring force analysis starting with the column was suggested. Among national treasures and cultural assets, traditional wooden
structures are widely distributed in columns with a length of 3000 mm and a slenderness ratio of 30. Therefore, based on these column
dimensions, the characteristics of the horizontal restoring force of a column was verified through experiments. Based on the results, the
correlation between the column dimension and vertical load was confirmed for the horizontal restoring force of a column; a mechanical
model of the horizontal restoring force of a column was proposed. |