Concurrent sound and ventilation quality study in a moving machinery cabin

Research output: Chapter in Book/Report/Conference proceedingConference article in proceedingsScientific

Abstract

The noise and air quality conditions in a moving machinery cabin are important for the machine operator. Both noise annoyance and ventilation-related issues have been addressed in earlier studies separately but not at the same time in one study. In this study both cabin sound quality related issues as well as air quality issues were addressed concurrently. First the conditions were recorded in field conditions. After that a series of laboratory experiments were conducted. These experiments included the assessment of generation of noise and pressure difference in different flow conditions as well as experiments with active noise control. The results show that an optimum for both pressure loss and generated noise in a ventilation system can be utilized in ventilation system design. Furthermore, the active noise control results showed it to be a feasible tool in diminishing the periodic components and changing the quality of perceived noise in a moving machinery cabin.
Original languageEnglish
Title of host publicationBNAM 2004 proceedigs CD
PublisherAkustinen Seura ry
Publication statusPublished - 2004
MoE publication typeNot Eligible
EventBaltic-Nordic Acoustics Meeting 2004, BNAM 2004 - Maarianhamina, Finland
Duration: 8 Jun 200410 Jun 2004

Conference

ConferenceBaltic-Nordic Acoustics Meeting 2004, BNAM 2004
Abbreviated titleBNAM
CountryFinland
CityMaarianhamina
Period8/06/0410/06/04

Fingerprint

cabins
ventilation
machinery
acoustics
air quality
systems engineering
operators

Cite this

Antila, M. (2004). Concurrent sound and ventilation quality study in a moving machinery cabin. In BNAM 2004 proceedigs CD [4] Akustinen Seura ry.
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title = "Concurrent sound and ventilation quality study in a moving machinery cabin",
abstract = "The noise and air quality conditions in a moving machinery cabin are important for the machine operator. Both noise annoyance and ventilation-related issues have been addressed in earlier studies separately but not at the same time in one study. In this study both cabin sound quality related issues as well as air quality issues were addressed concurrently. First the conditions were recorded in field conditions. After that a series of laboratory experiments were conducted. These experiments included the assessment of generation of noise and pressure difference in different flow conditions as well as experiments with active noise control. The results show that an optimum for both pressure loss and generated noise in a ventilation system can be utilized in ventilation system design. Furthermore, the active noise control results showed it to be a feasible tool in diminishing the periodic components and changing the quality of perceived noise in a moving machinery cabin.",
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year = "2004",
language = "English",
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Antila, M 2004, Concurrent sound and ventilation quality study in a moving machinery cabin. in BNAM 2004 proceedigs CD., 4, Akustinen Seura ry, Baltic-Nordic Acoustics Meeting 2004, BNAM 2004, Maarianhamina, Finland, 8/06/04.

Concurrent sound and ventilation quality study in a moving machinery cabin. / Antila, Marko.

BNAM 2004 proceedigs CD. Akustinen Seura ry, 2004. 4.

Research output: Chapter in Book/Report/Conference proceedingConference article in proceedingsScientific

TY - GEN

T1 - Concurrent sound and ventilation quality study in a moving machinery cabin

AU - Antila, Marko

PY - 2004

Y1 - 2004

N2 - The noise and air quality conditions in a moving machinery cabin are important for the machine operator. Both noise annoyance and ventilation-related issues have been addressed in earlier studies separately but not at the same time in one study. In this study both cabin sound quality related issues as well as air quality issues were addressed concurrently. First the conditions were recorded in field conditions. After that a series of laboratory experiments were conducted. These experiments included the assessment of generation of noise and pressure difference in different flow conditions as well as experiments with active noise control. The results show that an optimum for both pressure loss and generated noise in a ventilation system can be utilized in ventilation system design. Furthermore, the active noise control results showed it to be a feasible tool in diminishing the periodic components and changing the quality of perceived noise in a moving machinery cabin.

AB - The noise and air quality conditions in a moving machinery cabin are important for the machine operator. Both noise annoyance and ventilation-related issues have been addressed in earlier studies separately but not at the same time in one study. In this study both cabin sound quality related issues as well as air quality issues were addressed concurrently. First the conditions were recorded in field conditions. After that a series of laboratory experiments were conducted. These experiments included the assessment of generation of noise and pressure difference in different flow conditions as well as experiments with active noise control. The results show that an optimum for both pressure loss and generated noise in a ventilation system can be utilized in ventilation system design. Furthermore, the active noise control results showed it to be a feasible tool in diminishing the periodic components and changing the quality of perceived noise in a moving machinery cabin.

M3 - Conference article in proceedings

BT - BNAM 2004 proceedigs CD

PB - Akustinen Seura ry

ER -

Antila M. Concurrent sound and ventilation quality study in a moving machinery cabin. In BNAM 2004 proceedigs CD. Akustinen Seura ry. 2004. 4