CHOSUN

건축물 ANC 기술 적용을 위한 가속도센서 민감성에 대한 연구

Metadata Downloads
Author(s)
용준혁 함정균 조홍현
Issued Date
2020
Keyword
Sensitivity of sensor Attachment method RMS(root mean square) amplitude Typical noise
Abstract
The purpose of this study is to analyze the measurement sensitivity of an acceleration sensor for active noise canceling (ANC) technology. Two-story buildings were designed and the measurement sensitivity of three sensors was analyzed and compared. To investigate the measurement sensitivity of the sensor under the same environment, three sensors were installed at different positions of 0, 0.5, and 1 m, respectively, from the noise source. As a result, the sensor sensitivity of measurement was high when they were placed near the noise source, but the sensitivity decreased as the distance from the noise source increased. The measurement sensitivity of sensors between 0.5 and 1 m was almost similar. To evaluate the measurement sensitivity of sensors according to the attachment method, the adhesion method using the tape and bolts were compared. There was no significant change observed according to the attachment method. Therefore, the distance from the noise source and the sensor type had a more significant impact on the measurement sensitivity of the sensor.
Alternative Title
A Study on the Sensitivity of Acceleration Sensors for the Application of ANC Technology in Building
Alternative Author(s)
Junhyeok Yong Jeonggyun Ham Honghyun Cho
Publisher
조선대학교 공학기술연구원
Citation
용준혁. (2020). 건축물 ANC 기술 적용을 위한 가속도센서 민감성에 대한 연구, 공학기술논문지 | Vol.13, No.2 p.75 ~ p.80
Type
Laboratory article
ISSN
2005-3142
URI
http://oak.chosun.ac.kr/handle/2020.oak/16364
https://www.chosun.ac.kr/user/indexSub.do?codyMenuSeq=23376167&siteId=riet&dum=dum&boardId=168878&page=2&command=view&boardSeq=329057&chkBoxSeq=&categoryId=&categoryDepth=&search=&column=null&searchDate1=&searchDate2=&selColumn=&myList=
Appears in Collections:
2020 > Vol.13, No.2
Authorize & License
  • AuthorizeOpen
Files in This Item:

Items in Repository are protected by copyright, with all rights reserved, unless otherwise indicated.