A Study on Perceptual Evaluation of Noise Sources in Living Environment

생활소음의 감성적 평가에 관한 연구

  • 전진용 (한양대학교 건축공학부) ;
  • 구민우 (한양대학교 대학원 건축공학과) ;
  • 조문재 (한국표준과학연구원 음향진동그룹)
  • Published : 2001.06.01

Abstract

The subjective unwantedness felt from the noise sources in living environment has been evaluated by investigating the limit of perceptual loudness of the noise. The noise limits were selected by the subjects. And the noises were analyzed to find out whether there is any correlation with Zwicker parameters and ACF/IACF factors. It seemed that the loudness of noise from vacuum cleaner does not affect its perceives noisiness. Traffic noise also seems to be less influential in annoyance rating. It was resealed that floor impact noise generated by bang machine is the most irritating noise that can be heard in residential buildings.

Keywords

References

  1. J. Acoust. Soc. Am. v.27 The Measurement of Loudness Stevens, S.S.
  2. J. Acoust. Soc. Am. v.35 Some Effects of Spectral Content and Duration on Perceived Noise Level Kryter, K.D.;Pearsons, K.S.
  3. Proc. NOISE-CON 90 Acoustical Parameters causing the Annoyance of Shrilling Chalk Noise Weber, R.
  4. Proc. NOISE-CON 90 Evaluation of Annoyance due to Impulsive Sound Bramnilla, G.;Carretti, M.R.
  5. J. Sound Vib v.59 The Effect of Sound Duration on Annoyance Hiramatsu, K.;Tagaki, K.;Yamamoto, Y.
  6. J. Sound Vib. v.72 On the Noisiness of Steady State and Intermittent Noises Kuwano, S.;Namba, S.;Nakajima, Y.
  7. 日本建築學會 學術講演梗槪集 4001 音聲聽取時におけろ非正常騷音の 平價に關する硏究 矢野隆;小林朝人
  8. 日本建築學會 學術講演梗槪集 4006 繰り返し衝격音のやかましさに關する實驗 佐藤哲身;泉淸人
  9. J. Sound Vib. v.127 A Rating Scale Experiment on Loudness, Noisiness and Annoyance of Environmental Sounds Hiramatsu, K.
  10. J. Am. Stat. Ass. v.43 A Method for Obtaining and Analyzing Sensitivity Data Dixon, W.J.;Mood, A.M.
  11. J. Acoust. Soc. Am. v.43 Testing for Sequential Dependences Levitt, H.
  12. Computational Acoustics in Architecture Fundamental Subjective Attributes of Sound Fields based on the Model of Auditory-Brain System Ando Y.;Sato S.;Sakai H.;J.J. Sendra(editor)
  13. J. Sound Vib. v.241 Subjective Evaluation of Floor Impact Noise based on the Model of ACF/IACF Jeon, J.Y.