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Mechanical engineering / Insulators / Heat transfer / Thermal protection / Structural system / Drywall / Cavity wall / Threaded rod / R-value / Architecture / Construction / Building materials


Control of Sound Transmission through Gypsum Board Walls
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Document Date: 2013-07-10 15:21:28

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File Size: 93,89 KB

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City

Ottawa / /

Company

Owens Corning Fiberglas Canada Inc. / Acoustics Laboratory / Roxul Inc. / Housing Corporation / Forintek Canada Corp. / /

Country

Canada / /

Facility

NRC’s Institute / Acoustics Laboratory of NRC’s Institute / Canadian Sheet Steel Building Institute / Building Envelope Program / /

IndustryTerm

non-loadbearing steel-stud walls / resilient metal channels / wood and steel studs / lightweight steel studs / steel studs / excess sound energy / sound energy / load-bearing steel studs / lightgauge non-load-bearing metal studs / thin steel / gauge steel / metal channels / non-load-bearing steel studs / steel / /

MarketIndex

set 25 / /

NaturalFeature

Resilient channel / /

Organization

Canadian Sheet Steel Building Institute / Nuclear Regulatory Commission / National Research Council of Canada / Cellulose Insulation Manufacturers Association of Canada / NRC’s Institute for Research / National Research Council Canada / /

Person

J.D. Quirt / A.C.C. Warnock / /

/

Position

senior research officer / Manager / Head / /

Technology

Construction Technology / /

URL

http /

SocialTag