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Laboratory evaluation of impact noise insulation of dry systems for floating floors

机译:浮动地板干式系统冲击噪声绝缘的实验室评估

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The evaluation of the insulation properties of dry systems for impact noise reduction is usually performed in laboratory, according to ISO 10140 standard. The use of dry systems made by panels consisting of mineralised spruce wood-wool bound with Portland cement combined with recycled rubber is a good solution for improving acoustic performance of floors. This kind of dry systems is very interesting not only from the acoustic point of view, but also for environmental sustainability. In fact both materials derive from recycled elements or from ecological and bio-compatible production cycles. The aim of this work is the evaluation of dry floating floors made of a combination of different resilient sub-layers loaded by rigid heavy panels, with a focus on the test conditions and sample setup. The configurations that were chosen of these different layers starting from feedback of dynamic stiffness, rated according to EN 29052-1 standard. The results were then compared with the estimated assessment of the acoustic performance proposed by EN 12354-2 standard.
机译:根据ISO 10140标准,通常在实验室中对干燥系统的绝缘性能进行评估,以降低冲击噪声。使用由矿化的云杉木羊毛与波特兰水泥结合而成的板和再生橡胶制成的干式系统是改善地板隔音性能的良好解决方案。这种干燥系统不仅在声学方面非常有趣,而且对于环境可持续性也非常有趣。实际上,两种材料均来自回收元素或生态和生物相容的生产周期。这项工作的目的是评估由刚性沉重面板加载的不同弹性子层组合而成的干式浮动地板,重点是测试条件和样品设置。这些不同层的配置是从动态刚度的反馈开始的,根据EN 29052-1标准对其进行了评级。然后将结果与EN 12354-2标准提出的对声学性能的估计评估进行比较。

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