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Resilient Channel: One Screw Makes a Difference

机译:弹性通道:一个螺丝有所作为

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摘要

Resilient channels have been used for many decades as a means of acoustically isolating a ceiling from the rest of the structure. For almost as long, it likely has been known that resilient channels can be shorted out by misplaced screws. In order to investigate the effect of short circuits, an open web truss (OWT) floor/ceiling assembly was built with a ceiling isolated on resilient channels. Screws were added at the junction of the joist with the resilient channels to intentionally short circuit the channel. Sound Transmission Class (STC) and Impact Insulation Class (IIC) were measured at each stage. The results showed that even one short circuit decreased the acoustical performance.
机译:有数十年来使用弹性通道作为声学隔离从结构的其余部分的天花板的方法。对于几乎只长时间,它可能已被众所周知,可以通过错位的螺钉短路来缩短弹性通道。为了调查短路的影响,开放式网桁架(OWT)地板/天花板组件采用隔离在弹性通道上的天花板构建。用弹性通道在托梁的连接处添加螺钉,以故意短路通道。在每个阶段测量声传输类(STC)和冲击绝缘类(IIC)。结果表明,即使一个短路也降低了声学性能。

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