• Title/Summary/Keyword: conservation of cultural heritage

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Field Experiments of Consolidant and Filler for Stone Cultural Heritage: Primary Verification Using Ultrasonic Velocity (석조문화재 적용을 위한 강화제 및 충전제 현장실험 : 초음파 속도를 이용한 일차검증)

  • Song, Chi-Young;Jun, Byung-Kyu;Han, Min-Su;Lee, Jang-Jon;Kim, Sa-Dug
    • Journal of Conservation Science
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    • v.25 no.1
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    • pp.87-100
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    • 2009
  • We carried out the effect verification of conservation treatment focusing on basement rock of alkali granite at the Yukjonbul (two-pairs of Buddha Triads) carved on rock cliff of Samneung valley in Namsan mountain of Gyeongju. The conservation treatments were used to ethylsilicate-type rock consolidant and epoxy-type resin. It is treatment method that the epoxy-type resin have been applied one time into the exfoliation area, after rock consolidation treatment have been worked for three times. As the result of measuring ultrasonic velocity, P-wave velocity of the exfoliation area was relatively increased after applied the conservation treatments. The ultrasonic velocity of all area was increased as 27.8%. This result has been proved with consolidation effects by consolidant and filler for stone cultural heritages. The treatment method should be worked about three time to consolidate sufficiently for rocks.

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A study on the debate on traditional technique for Architectural Heritage conservation - Focusing on the dispute over the application of traditional technique for the restoration of the Sungnyemun gate - (건축문화유산 보존과 관련된 전통기술 논의 고찰 - 숭례문 복구에 있어서의 전통기술 적용 논란을 중심으로 -)

  • Kang, Hyun
    • Korean Journal of Heritage: History & Science
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    • v.47 no.3
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    • pp.208-223
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    • 2014
  • Since the recent restoration of the Sungnyemun gate (South gate of Seoul) which was burnt down in 2008, there were dispute about the application of traditional technique for the conservation of cultural heritage. In this research, the definition of traditional technique for cultural heritage conservation is thought and mentioned. In general, the understanding of traditional technique is based on the idea of 'tradition'. Tradition is not defined as a 'eternal doctrine existence', but a 'development of succession' and a 'living existence'. Thus 'traditional performance and craft as intangible cultural heritage' is defined as 'intangible' which also makes it difficult to define the 'original form/state' from 'the conservation of the original form' which is a major principle of cultural heritage. In case of Korea, if the 'traditional technique as intangible cultural heritage' is put into application to cultural heritage conservation, the unclear definition will cause many problems in the restoration/conservation site. This is because the site will apply this technique without any discussion of the range and limitation of 'traditional technique'. This means there will be the lack of discussion for the conservation of the cultural heritage which will not have a strict criteria for the allowable range of usage for the 'traditional material' using the vaguely defined 'traditional technique'. In this study, these application issues of the traditional technique were also considerecl, comparing the development of international wnservation principles. As a result, the conservation of 'traditional technique as intangible cultural heritage' is important, but the 'technique left inside the tangible cultural heritage' which is the 'material which is carrying the technique when it was firstly built' has more importance to preserve and need to be in the major considerations.

A Study of Conservation Treatment of the Amber Relic of the Buddha Excavated from the Naksan Temple (낙산사 출토 호박사리호 보존처리에 관한 연구)

  • Ham, Chul-Hee;Kang, So-Yeong;Hwang, Jin-Ju
    • 보존과학연구
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    • s.30
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    • pp.21-29
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    • 2009
  • This study shows the research of causes of deterioration of the amber from foreign cases. It also presents the conservation treatment as well as tests to examine the effect of the organic solvents on the amber in order to find reversible and safe reinforcing agent which will prevent further damage of the artefact. The result showed that there was no noticeable change in the weight of the artefact as well as on the appearance of the surface when Mineral spirit(White spirit), which is aliphatic hydrocarbon group, and Xylene, aromatic hydrocarbons group was applied. Reinforcement and restoration was carried out using Paraloid(R) B67, which has a broad option for the solvent, in Xylene. Finally, it is recommended that the use of polar organic solvent in the conservation treatment of amber artefacts should be limited.

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