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Measurement of structure-borne sound power of mechanical installations in buildings

Späh, M.M. / Gibbs, B.M. / Fischer, H.M.

An international standard EN 12354 part 5 is being developed to allow prediction of the sound pressure level generated by active building components found in mechanical services. At present, the input data of structure-borne sound power for the prediction model is not available. A practical laboratory method is proposed to gain this input data. A reception plate of low mobility is designed to simulate conditions in masomy and heavyweight buildings. A method is described for transforming the generated laboratory data into input data for real building elements, to be used in prediction models.

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Measurement of structure-borne sound power of mechanical installations in buildings

Späh, M.M. / Gibbs, B.M. / Fischer, H.M.

An international standard EN 12354 part 5 is being developed to allow prediction of the sound pressure level generated by active building components found in mechanical services. At present, the input data of structure-borne sound power for the prediction model is not available. A practical laboratory method is proposed to gain this input data. A reception plate of low mobility is designed to simulate conditions in masomy and heavyweight buildings. A method is described for transforming the generated laboratory data into input data for real building elements, to be used in prediction models.

Measurement of structure-borne sound power of mechanical installations in buildings

Späh, M.M. / Gibbs, B.M. / Fischer, H.M.

An international standard EN 12354 part 5 is being developed to allow prediction of the sound pressure level generated by active building components found in mechanical services. At present, the input data of structure-borne sound power for the prediction model is not available. A practical laboratory method is proposed to gain this input data. A reception plate of low mobility is designed to simulate conditions in masomy and heavyweight buildings. A method is described for transforming the generated laboratory data into input data for real building elements, to be used in prediction models.

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Title:

Measurement of structure-borne sound power of mechanical installations in buildings

Additional title:

Messung der Körperschallenergie mechanischer Installationen in Gebäuden

Contributors:

Späh, M.M. (author) / Gibbs, B.M. (author) / Fischer, H.M. (author)

Published in:

ICSV11, International Congress on Sound and Vibration, 11 ; 3377-3384

Publication date:

2004

Size:

8 Seiten, 6 Bilder, 6 Quellen

ISBN:

Type of media:

Conference paper

Type of material:

Print

Language:

English

Keywords:

Akustik , Körperschall , Schallleistung , Gebäudetechnik , Euronorm , akustische Messung , experimentelle Untersuchung , Schallpegel , Frequenz , Schallquelle , Randbedingung

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