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Effect of vibration sense by frequency characteristics of impact vibration for residential floor

Ryuta Tomita / Katsuo Inoue

Abstract In this research, we examined the effects that the frequency characteristics of impact vibration in a residential floor have on the vibration sense of humans. We obtained the following results: (i) a frequency of 30 Hz or more affects the vibration sense of humans; (ii) the influence of the broadband waveform on the vibration sense of humans is larger than that of the narrowband waveform; and (iii) for the broadband waveform but not for the narrowband, even a small vibration of approximately 4‐5 dB is perceptible.

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Effect of vibration sense by frequency characteristics of impact vibration for residential floor

Ryuta Tomita / Katsuo Inoue

Abstract In this research, we examined the effects that the frequency characteristics of impact vibration in a residential floor have on the vibration sense of humans. We obtained the following results: (i) a frequency of 30 Hz or more affects the vibration sense of humans; (ii) the influence of the broadband waveform on the vibration sense of humans is larger than that of the narrowband waveform; and (iii) for the broadband waveform but not for the narrowband, even a small vibration of approximately 4‐5 dB is perceptible.

Effect of vibration sense by frequency characteristics of impact vibration for residential floor

Ryuta Tomita / Katsuo Inoue

Abstract In this research, we examined the effects that the frequency characteristics of impact vibration in a residential floor have on the vibration sense of humans. We obtained the following results: (i) a frequency of 30 Hz or more affects the vibration sense of humans; (ii) the influence of the broadband waveform on the vibration sense of humans is larger than that of the narrowband waveform; and (iii) for the broadband waveform but not for the narrowband, even a small vibration of approximately 4‐5 dB is perceptible.

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Title:

Effect of vibration sense by frequency characteristics of impact vibration for residential floor

Contributors:

Ryuta Tomita (author) / Katsuo Inoue (author)

Published in:

Japan Architectural Review, Vol 1, Iss 3, Pp 396-406 (2018)

Publication date:

2018

ISSN:

DOI:

https://doi.org/10.1002/2475-8876.12038

Type of media:

Article (Journal)

Type of material:

Electronic Resource

Language:

Unknown

Keywords:

floor vibration , frequency , impact vibration , residential floor , the rubber ball , vibration sense , Architecture , NA1-9428 , Architectural engineering. Structural engineering of buildings , TH845-895

Metadata by DOAJ is licensed under CC BY-SA 1.0

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