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원불교 북일교당의 음향성능 개선 및 변화

Improvement of Acoustic Performance and Changethe Won Buddhism Bukil Dharma Hall

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주제분류기계공학

초록

During the initial construction of Won buddhism, the sound absorbing material and diffusion material were used in the interior of the Won buddhism, so the sound performance at each buddhism could not be secured above a certain level, and even in the case of the Won buddhism Bukil dharma hall, the reverberation and volume of the sound generated inside the sanctum was too loud, and since the establishment of the buddhism continued to be dissatisfied, the improvement of the acoustic performance was very urgent. From this perspective, this study measured acoustic performance of the Bukil dharma hall before remodeling, determined the acoustic defects and status, and used acoustic simulation to present three plans for improving acoustic performance. Taking economic feasibility, construction, and construction duration into account, remodeling was performed on the basis of Plan 1 and post-remodeling acoustic performance was measured for comparative analysis of acoustic performance between before and after the improvement. The results of study, before and after sound performance improvement sound pressure level (SPL500Hz) was 71.9dB at 79.4dB , the weighted sound level (SPLdB(A)) was 79.7dB(A) at 89.4dB(A), reverberation time (RT500Hz) was 1.12sec at 1.49sec, early decay time (EDT500Hz) was 1.39sec at 1.63sec, definition (D50,500Hz) was 34.9% at 32.3%, clarity (C80.500Hz) was 1.0dB at –0.4dB, and RASTI was 60.0%(“Good”) at 51.3%(“Fair”) was evaluated. Therefore, the Bukil dharma hall was after remodeling, neither definition(D50) improved notably but excessive volume and reverberation and sound mixing almost disappeared and acoustic performance improved so much that many different events and services could be held.

Abstract

During the initial construction of Won buddhism, the sound absorbing material and diffusion material were used in the interior of the Won buddhism, so the sound performance at each buddhism could not be secured above a certain level, and even in the case of the Won buddhism Bukil dharma hall, the reverberation and volume of the sound generated inside the sanctum was too loud, and since the establishment of the buddhism continued to be dissatisfied, the improvement of the acoustic performance was very urgent. From this perspective, this study measured acoustic performance of the Bukil dharma hall before remodeling, determined the acoustic defects and status, and used acoustic simulation to present three plans for improving acoustic performance. Taking economic feasibility, construction, and construction duration into account, remodeling was performed on the basis of Plan 1 and post-remodeling acoustic performance was measured for comparative analysis of acoustic performance between before and after the improvement. The results of study, before and after sound performance improvement sound pressure level (SPL500Hz) was 71.9dB at 79.4dB , the weighted sound level (SPLdB(A)) was 79.7dB(A) at 89.4dB(A), reverberation time (RT500Hz) was 1.12sec at 1.49sec, early decay time (EDT500Hz) was 1.39sec at 1.63sec, definition (D50,500Hz) was 34.9% at 32.3%, clarity (C80.500Hz) was 1.0dB at –0.4dB, and RASTI was 60.0%(“Good”) at 51.3%(“Fair”) was evaluated. Therefore, the Bukil dharma hall was after remodeling, neither definition(D50) improved notably but excessive volume and reverberation and sound mixing almost disappeared and acoustic performance improved so much that many different events and services could be held.

참고문헌 (13)

  1. J. S. Kim, "Architectural sound", Sejin Co
  2. 윤영은, "해성고등학교 전례공간의 음향성능 개선 및 평가", 한국기계기술학회지, 23(2), pp.234~246 (2021), 한국기계기술학회[DOI]
  3. I. H. Hwang, "A study on the peculiarity of architectural acoustics of "Myeong dong catholic cathedral” of the Seoul Archdiocese", Master, pp.2007
  4. W. S. Byun, "Proposal of Standard Curve for Optimum Reverberation Time in Won-Buddhism Dharma Hall", Doctor, pp.2011
  5. K. Y. Han, "A Study on the Acoustics Characteristics of Won Buddhism Small Sanctums", Journal of the Architectural Institute of Korea, 25(1), pp.283~286 (2005)
  6. K. Y. Han, "A Study on the Acoustic Characteristics of The Ban-baek-nyeon Memorial hall of Won Buddhism", Journal of the Korea Society of Environmental Engineers, pp.721~728 (2004)
  7. K. Y. Han, "An Experimental Study on the Acoustic Characteristics of Won Buddhist Sanctums", Journal of the Architectural Institute of Korea, 23(2), pp.901~904 (2003)
  8. F. R. atson, "Acoustics of Buildings" (1948), John wiley & Sons, Inc
  9. Heinrich Kuttruff, "Room Acoustics" (1991), Elsevier Applied Science
  10. M. David Egan, "Concepts in Architectural Acoustics" (1972), McGRAW-Hill Book Company
  11. Yochi Ando, "Architectural Acoustics" (1998), Springer
  12. Leo Beranek, "Concert and Opera Halls" (1996), Acoustical Society of America
  13. Michael Barron, "Auditorium Acoustics and Architectural Design" (1993), E & FN SPON

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