Browse > Article
http://dx.doi.org/10.22790/conservation.2022.27.0001

Restoration of the Chimi Excavated from the Busosan Temple Site in Buyeo and Study of Its Production Techniques  

Hwang, Hyunsung (Conservation Science Division, National Museum of Korea)
Na, Ahyoung (Conservation Science Division, National Museum of Korea)
Publication Information
Conservation Science in Museum / v.27, no., 2022 , pp. 1-22 More about this Journal
Abstract
A chimi(a roof ridge decoration) excavated from the Busosan Temple Site in Buyeo was restored in 1978 at the Buyeo Museum. The gypsum restoration material had deteriorated over time and part of it was seriously damaged and unable to bear the weight of the chimi. The chimi features traces of emergency treatment revealing that the inside of the body and some portions of the tail were reinforced several times using epoxy resin. A condition survey performed in preparation for its transfer for an exhibition found the lower body and wings of the chimi to be highly vulnerable and it was determined that the chimi needed further restoration. The dismantling of the chimi for restoration revealed several elements that provide clues to the production techniques applied by its makers, so they were subjected to inspection. This study explores the production techniques used in the chimi from the Busosan Temple Site that were revealed during the process of dismantling it for restoration. The chimi was inspected using 3D scanning and its rigid vertical shape was restored to a natural form based on the production techniques identified during the dismantling process. The existing restoration material was replaced to improve durability. 3D printed elements were produced based on 3D modelling and were joined to the original chimi to correct its shape and fill in the missing parts, restoring the chimi to its original appearance.
Keywords
Busosan Temple Site; Chimi; Production Technique; 3D technology; Restoration;
Citations & Related Records
연도 인용수 순위
  • Reference
1 신연홍, 황현성, 신명희, 허일권, 금강사지 치미의 형태적 특징 및 제작기법 비교 연구, 박물관 보존과학 20, p39, (2018).
2 최효령, 홍성혁, 조영훈, 조남철, 철제 환두부 보존처리 과정의 3차원 디지털기록 및 형상변화 분석, 박물관 보존과학 25, p85-94, (2021).   DOI
3 국립부여문화재연구소, 치미, 하늘의 소리를 듣다, p56-113, 국립부여문화재연구소, 디자인공방, 부여, (2018).
4 국립부여문화재연구소, 치미, 하늘의 소리를 듣다, 한국 고대 치미의 변천과정, p138, 국립부여문화재연구소, 디자인공방, 부여, (2018).
5 박민정, 황현성, 신연홍, 3차원 스캐닝과 컴퓨터 수치 제어 기술을 이용한 왕흥사지 출토 치미의 복원 연구, 보존과학회지 35(3), p220, (2019).
6 국립문화재연구소, 부소산성 발굴조사보고서, p37-41, 국립문화재연구소, 민성문화사, 서울, (1996).
7 김현숙, 이해순, 초경석고와 메타카올린 혼합재료의 물성실험 및 적용, 박물관 보존과학 17, p101-116, (2016).   DOI
8 나아영, 황현성, 보물 제1925호 금강산 출토 이성계 발원 사리장엄구 내 유리제 사리병의 복원 및 안정성 연구, 박물관 보존과학 26, p25-33, (2021).   DOI
9 이승강, 조성연, 허일권, 원주 법천사지 토제 치미의 제작기법과 보존처리, 보존과학회지 35(5), p520-521, (2019).
10 박소희, 통일신라시대 치미제작법 연구:경주지역 출토품을 중심으로, 경주대학교 대학원, 문화재학과, 석사학위논문, p22-45, (2008).
11 장성윤, 이찬희, 박대순, 공주 단지리유적 출토 백제 기와의 고고학적 특성, 보존과학회지 22, p20, (2008).
12 홍밝음, 백제 사비기 사찰 출토 치미의 고찰, 백제문화 59, p190, (2018).