A FUNDAMENTAL STUDY ON PREDICTION USING SDOF MODEL OF HEAVY-WEIGHT FLOOR IMPACT SOUND LEVEL REDUCTION WITH THE RUBBER BALL FOR DRY FLOATING FLOOR STRUCTURE-Reference-Cited by-同舟云学术

A FUNDAMENTAL STUDY ON PREDICTION USING SDOF MODEL OF HEAVY-WEIGHT FLOOR IMPACT SOUND LEVEL REDUCTION WITH THE RUBBER BALL FOR DRY FLOATING FLOOR STRUCTURE

Published:2022-05-01 Issue:795 Volume:87 Page:291-301
ISSN:1348-0685
Container-title:Journal of Environmental Engineering (Transactions of AIJ)
language:en
Short-container-title:Nihon Kenchiku Gakkai Kankyokei Ronbunshu

Author:

ISHIMARU Takeshi¹,OWAKI Masanao²,NISHIKAWA Yoshio³,KUROKI Taku²,KUME Satoshi¹,TAKANE Yuki¹

Affiliation:

1. Taisei Co., Ltd.

2. Technical Research & Development Institute Kumagai Gumi Co., Ltd.

3. National Institute of Technology(KOSEN), NAGANO College

Publisher

Architectural Institute of Japan

Subject

Environmental Engineering

Link

https://www.jstage.jst.go.jp/article/aije/87/795/87_291/_pdf

Reference22 articles.

1. 1) Acoustics – Measurement of floor impact sound insulation of buildings –Part 2 : Method using standard heavy impact sources, 2019.4　JISA1418-2, 建築物の床衝撃音遮断性能の測定方法－第 2 部：標準重量衝撃源による方法, 日本産業規格, 2019.4

2. 2) ISO16283-2, Acoustics－Field measurement of sound insulation in buildings and of building elements-Part2 : Impact sound and insulation, 2018.5　ISO16283-2, 音響－建築物及び建築部材の遮音性能の現場における測定方法－第 2 部－床衝撃音遮断性能, 2018.5

3. 3) Architectural Institute of Japan : Guidance for evaluation and design of sound insulation in apartment houses, Maruzen-shuppan, 2016.1(in Japanese)　日本建築学会編：集合住宅の遮音性能・遮音設計の考え方, 丸善出版株式会社, 2016.1

4. 4) Shikakura J., Inoue K., Amakawa K., Ohkawa S., Ohkawa H. : Compatibility of floor impact sound level by change of heavy impact source, AIJ Journal of Technology and Design, Vol.23, No.53, pp.171-176, 2017.2(in Japanese)　鹿倉潤二, 井上勝夫, 天川恭一, 大川周一郎, 大川平一郎：重量衝撃源の変化による床衝撃音レベルの互換性に関する検討, 日本建築学会技術報告集第 23 巻, 第 53 号, pp.171-176, 2017.2

5. 5) Asakura T.: Prediction of vibroacoustic transmission characteristics through double-plate floor structures by using finite-difference time-domain analysis, Acoust. Sci. & Tech. 40, 5, pp.344-355, (2019)