| Title |
Characteristics of a Hipped and Gable Roof With Anheori |
| DOI |
https://doi.org/10.5659/JAIK.2022.38.3.145 |
| Keywords |
Hipped and Gable roof; Buddhist temple; Anheori; Anheori curvature diagram; Front 3 Kan and Side 3 Kan |
| Abstract |
This study aims to disclose the factors that influence and creates an Anheori, which is not strongly reflected in a vertical plane. The Anheori
is formed from the difference of chunyeoes protrusion and eaves protrusion, close relativity and a substantial width of change is noticed with
the former. The overall height of the Anheori and the eaves height is confirmed with direct proportion. If the eaves height is high, the side
part is significantly exposed to oegi. In the jeongkan part, the eaves curve is greatly constructed to protect the side part. In the cross-section
part, the eaves curve is placed upward to have chunyeoes protrusion while protecting the side; due to this purpose, it is assumed that the
Anheori grew larger. The vertical position percentage of the front Anheori and oegidori is confirmed with inverse proportion. If the vertical
distance of the oegidoli and jusimdoli is small, the slope of the chunyeo becomes smaller to reduce a sliding phenomenon. Factoring that
chunyeoes protrusion allows for substantial construction, the front Anheori is likely to extend further. The ratio percentage of the Anheori and
side jeongkan is confirmed with direct proportion. If the side jeongkan grows larger to enable the jungdori to be closer to the jusimdori, the
naemok length of the front seokkalae is shortened to make it more difficult for the front eaves protrusion to be vastly constructed; the
chunyeoes protrusion is constructed into a greater size to protect the edge column, therefore causing the Anheori to grow larger. For future
reference purposes, further study is needed on this subject due to its current limitations and unintended generalized content. |