Three-Dimensional Digital-Mold Modeling and Sand-Printing for Replication of Bronze Mirror
1
조회
0
다운로드
3
인용
0
참고문헌
키워드
초록
To extend the application of digital technology to the replication of artifacts, meticulous details of the process and the diversity of three-dimensional (3D) printing output materials need to be supplemented. Thus, in this study, a bronze mirror with Hwangbichangcheon inscription was digitalized by 3D scanning, converted into a voxel model, and virtual conservation treatment was performed using a haptic device. Furthermore, the digital mold of the bronze mirror completed by Boolean modelingwas printed using a 3D sand-printer. Such contactless replication based on digital technology reflects the stability, precision, expressivity, collectivity, durability, and economic feasibility of artifacts. Its application can be further extended to cultural products as well as such areas as education, exhibition, and research. It is expected to be in high demand for metal artifacts that require casting. If empirical studies through experimental research on casting are supplemented in the future, it could extend theapplication of digital technology-based contactless replication methods.
Abstract
To extend the application of digital technology to the replication of artifacts, meticulous details of the process and the diversity of three-dimensional (3D) printing output materials need to be supplemented. Thus, in this study, a bronze mirror with Hwangbichangcheon inscription was digitalized by 3D scanning, converted into a voxel model, and virtual conservation treatment was performed using a haptic device. Furthermore, the digital mold of the bronze mirror completed by Boolean modelingwas printed using a 3D sand-printer. Such contactless replication based on digital technology reflects the stability, precision, expressivity, collectivity, durability, and economic feasibility of artifacts. Its application can be further extended to cultural products as well as such areas as education, exhibition, and research. It is expected to be in high demand for metal artifacts that require casting. If empirical studies through experimental research on casting are supplemented in the future, it could extend theapplication of digital technology-based contactless replication methods.
참고문헌 (33)
- Haptics assisted virtual assembly, "Abidi, M.H.", 100~105, pp.IFAC-PapersOn-Line, 48 (2015)
- 안형기, "3D 프린터를 이용한 고고자료의 활용", 야외고고학, (30), pp.249~282 (2017), (사)한국문화유산협회[DOI]
- Balletti, C., "An application of integrated 3D technologies for replicas in cultural heritage", International Journal of Geo-Information, 8, pp.285~ (2019)
- Balletti, C., "3D printing:state of the art and future perspectives", Journal of Cultural Heritage, 26, pp.172~182 (2017)
- Byun, S. M., "A study on replication of relics by contact and non-contact methods", The Journal of Conservation of Cultural Properties, 6, pp.53~73 (2009)
- Corrêa, C. G., "Haptic interaction for needle insertion training in medical applications: the state-of-the-art", Medical Engineering & Physics, 63, pp.6~25 (2019)
- Deng, C., "Effects of hollow structures in sand mold manufactured using 3D printing technology", Journal of Materials Processing Technology, 255, pp.516~523 (2018)
- Di Franco, P. D. G., "3D printing and immersive visualization for improved perception of ancient artifacts", Presence, 24, pp.243~264 (2015)
- Dong, Q., "3D scanning, modeling, and printing of Chinese classical garden rockeries: Zhanyuan’s South Rockery", Heritage Science, 8, pp.61~ (2020)
- Ford, S., "Invited review article:where and how 3D printing is used in teaching and education", Additive Manufacturing, 25, pp.131~150 (2019)
- 조영훈, "Application of Three‐dimensional Scanning, Haptic Modeling, and Printing Technologies for Restoring Damaged Artifacts", 보존과학회지, 35(1), pp.71~80 (2019), 한국문화재보존과학회[DOI]
- Jo, Y. H., "Noncontact restoration of missing parts of stone Buddha statue based on three-dimensional virtual modeling and assembly simulation", Heritage Science, 8, pp.103~ (2020)
- Jo, Y. H., "Applying digital virtual restoration and three-dimensional sand-printing for missing parts of ramparts walls", TEST Engineering & Management, 83, pp.4387~4394 (2020)
- 정수희, "고려 煌丕昌天銘鏡의 도상과 불교적 해석", 미술사학연구, 286(286), pp.59~85 (2015), 한국미술사학회[DOI]
- Kuş, A., "Implementation of 3D optical scanning technology for automotive applications", Sensors, 9, pp.1967~1979 (2009)
- Kwon, D.K., "Visualization and analysis of surface shape for bronze mirror using threedimensional rendering technologies", Science and Engineering of Cultural Heritage, 14, pp.71~76 (2019)
- 이해순, "3D 프린팅을 이용한 토기 · 자기 문화재 복원 연구", 보존과학회지, 31(2), pp.131~145 (2015), 한국문화재보존과학회[DOI]
- 이현상, "복제기술을 활용한 문화재의 원형복원", 조형디자인연구, 21(2), pp.63~85 (2018), 사단법인 한국조형디자인협회
- 임형웅, "임진왜란 당시 조선 화포(중완구) 문화재복원", 한국콘텐츠학회 논문지, 20(7), pp.56~65 (2020), 한국콘텐츠학회[DOI]
- Merchán, M. J., "Digital fabrication of cultural heritage artwork replicas. In the search for resilience and socio-cultural commitment", Application in Archaeology and Cultural Heritage, 15, pp.e00125~ (2019)
- 오승준, "3차원 디지털 기술을 활용한 비접촉식 도자기 복원 방법 비교 연구", 문화와융합, 40(2), pp.595~614 (2018), 한국문화융합학회[DOI]
- Rastogi, N., "Control system design for tokamak remote maintenance operations using assisted virtual reality and haptic feedback", Fusion Engineering and Design, 139, pp.47~54 (2019)
- Sama, S. R., "Novel sprue designs in metal casting via 3D sand-printing", Additive Manufacturing, 25, pp.563~578 (2019)
- Sama, S. R., "Non-conventional mold design for metal casting using 3D sand-printing", Journal of Manufacturing Process, 34, pp.765~775 (2018)
- Segreto, T., "Non-contact reverse engineering modeling for additive manufacturing of down scaled cultural artefacts", Procedia CIRP, 62, pp.481~486 (2017)
- Seol, J.E., "A study on the bronze mirrors excavated in the tombs of Goryeo in the Hoseo region", Master’s, pp.2015
- 신우철, "풀 컬러 3D 프린팅을 이용한 도자기 복원 방법 연구", 보존과학회지, 36(5), pp.306~314 (2020), 한국문화재보존과학회[DOI]
- Turner, H., "Using 3D printing to enhance understanding and engagement with young audiences:lessons from workshops in a museum", Curator The Museum Journal, 60(3), pp.311~333 (2017)
- Vranich, A., "Reconstructing ancient architecture at Tiwanaku, Bolivia: the potential and promise of 3D printing", Heritage Science, 6, pp.65~ (2018)
- Wu, W., "A pilot study to assess the feasibility and accuracy of using haptic technology to occlude digital dental models", Journal of Dentistry, 46, pp.54~60 (2016)
- Xu, J., "Digital reproduction of historical building ornamental components:from 3D scanning to 3D printing", Automation in Construction, 76, pp.85~96 (2017)
- 윤용현, "청동잔무늬거울의 복원제작기술과 과학적 분석", 보존과학회지, 28(4), pp.417~425 (2012), 한국문화재보존과학회
- 윤용현, "청동거울 석제거푸집의 복원 제작기술과 주조 실험", 박물관학보, (29), pp.121~149 (2015), 한국박물관학회[DOI]