전통 목조건축의 처마부 특징과 치수추정에 관한 연구 - 문화재로 지정된 단층 건축물을 중심으로-
성대철, 박강철
Abstract
성대철, 박강철
Abstract
Eaves in Korean traditional architecture plays the functional and symbolic roles in creating the appearance of building. Therefore, the length and angle of the eaves vary depending on the scales, characters and structures of building and it is considered that several factors may have influence on deciding the value of eaves. This study classifies the whole factors related to eaves angle, eaves height and eaves protrusion through general review of eaves, examines their correlations and characteristics and compares and analyzes them by the character of building. Eaves angle is the by-product by eaves protrusion and is resulted from the relationship between eaves height and eaves protrusion. Also this study found that the eaves height and eaves protrusion may be different by characters and styles of buildings and they may be assumed by two methods including estimation model (Y=0.4039x+797.77) and statistical value showing intensive distribution.
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Eaves in Korean traditional architecture plays the functional and symbolic roles in creating the appearance of building. Therefore, the length and angle of the eaves vary depending on the scales, characters and structures of building and it is considered that several factors may have influence on deciding the value of eaves. This study classifies the whole factors related to eaves angle, eaves height and eaves protrusion through general review of eaves, examines their correlations and characteristics and compares and analyzes them by the character of building. Eaves angle is the by-product by eaves protrusion and is resulted from the relationship between eaves height and eaves protrusion. Also this study found that the eaves height and eaves protrusion may be different by characters and styles of buildings and they may be assumed by two methods including estimation model (Y=0.4039x+797.77) and statistical value showing intensive distribution.
Key concepts: Eaves, Engineering, Structural engineering, Roof