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Investigation of the Acoustic Performance of Music Halls Using Measured Radiation Characteristics of the Korean Traditional Musical Instruments  

Haan Chan-Hoon (충북대학교 건축공학과)
Lee Wangu (충북대학교 건축공학과)
Jeong Cheol-Ho (한국과학기술원 기계공학과 소음 및 진동제어 연구센터)
Abstract
There have been always some difficulties in target setting and conditioning of acoustic performances or the Korean traditional music hall due mainly to the lack of the information on the sound radiation characteristics of Korean musical sources. As the 2nd experiment succeeding the previous study[1], the radiation characteristics of eight typical Korean traditional musical sources were investigated if precision. The selected musical sources were Geomungo, Haegeum (string), Piri, Taepyeongso (woodwind), Buk, Kwaengguari, Jing (drum), and male Pansori Chang (vocal Performance). The results show that the directivity pattern of each instrument is different and has their own directivity characteristics. Measured directional and spectral characteristics of traditional Korean music sources were implemented into the computation of architectural acoustic measures. Significant differences in the acoustic measures at receiver positions were observed between the results in using the omni-directional source and the directional one. In order to investigate the acoustical characteristics of the instruments depending on the spatial variation four different shapes of halls were introduced including rectangular, fan. horse-shoe and geometrical shapes. Room acoustical parameters such as RT, SPL, C80, LF, STI were calculated at each type or hall. As the results, It was found that the rectangular hall has the most high clarity. lateral energy and STI values among low shapes of halls. It is thought that the suggested source data and design method can be used as a basic reference in the future acoustic design of performance halls for the Korean traditional music.
Keywords
Korean traditional music; Radiation characteristics; Sound Directivity; Computer simulation; Architectural acoustic measures; Hall shape; Omni-directional sound source;
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1 정철호, 이정권, 연철호,한찬훈, '국악음원의 음향방사특성을 고려한 국악원의 음향 성능 예측,' 한국음향학회지,23 (2),146-161, 2004
2 정철호, 장해원, 이정권, 이원구, 한찬훈,'국악기의 음향방사특성 조사연구' 한국음향학회 학술발표대회 논문집,23 (2(s)), 551-554,2004. 11
3 신직수,한찬훈,'청감실험에 의한 국악음향의 선호도 조사' 한국음향학회 학술발표대회 논문집,22 (2(s)),221-224,2003.10
4 F. Otondo and B. Kirkwood, 'Perceived influence of changes in musical instrument directivity representation,' Proceedings of the Stockholm Musical Acoustics Conference, CD-ROM, 2003
5 T. D. Rossing, The Science of Sound (AddisonWesley, 1990). Chapter 11, 208-209
6 장사훈, 국악 총론 (정음사,서울, 1983), 108-109, 125-126, 141
7 이원구,한찬훈,'공간형태의 변이에 따른 국악기의 음향특성조사' 한국음향학회 학술발표대회 논문집, 23 (2(s)),555-556, 2004. 11
8 신직수,연철호, 한찬훈, '청감실험에 의한 국악음악당 음향설계의 기준설정에 관한 연구' 한국음향학회 학술발표대회 논문집,22 (1(s)),497-500,2003.7
9 B, I, Dalenback, M Kleiner,and P, Svensson, 'Audibility of changes in geometric shape, source directivity, and absorptive treatment - experiments in auralization,' Journal of the Audio Engineering Society, 41, 905-913, 1993
10 F, Orondo, J, H, Rindel, R, Causs, N, Misdariis, and P, de la Cuadra, 'Directivity of musical instruments in a real performance situation,' Proceedings of the International Symposium on Musical Acoustics, 312-318, 2002
11 L. Parati and F. Otondo, 'Comparison of directional sources in simulating a soprano voice,' Proceedings of the Stockholm Musical Acoustics Conference, CD-ROM, 2003
12 Haan,C.H. & Yeon.C.H. & Jeong,C,H., I,J.G., 'Modeling of Sound Fields Considering the Acoustical Characteristics of Korean Traditional Musical Instruments', 32nd Inter-Noise Conference, Jeju, 2003.8
13 음악 대사전 (세광출판사,서울, 1984), pp. 1081
14 신성환,정철호,이정권,연철호,한찬훈,'국악음원의 음향방사특성에 관한 연구' 한국음향학회학술표대회 논문집,22 (1(s)),489-492,2003.7
15 N. H. Fletcher and T. D. Rossing. The Physics of Musical Instruments (Springer-Verlag, New York, 1997), Parts III,IV,V
16 김범수,박경수, 최철민,성굉모 '국악 공연에 적합한 공연장의 음향특성에 관한 연구' 한국음향학회 학술발표대회논문집 18 (2, 1999