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Gauge Repeatability and Reproducibility Study of Airborne and Impact Insulation of Floor-Ceiling Assemblies

机译:仪表空气传播的可重复性和可重复性研究和落地吊顶组件的冲击绝缘

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A gauge repeatability and reproducibility study (GRR) uses analysis of variations (ANOVA) on an appropriately designed experiment to separate and quantify the components of the overall uncertainty. Notably, the uncertainty in the measurement method can be separated from the variation of the specimens, giving insight into the consistency of the construction of the assembly. GRR studies of the airborne and impact insulation of floor-ceiling assemblies were performed on several apartment buildings. The performance of the test personnel and the workmanship of the buildings are compared. The results of the study show the ability to evaluate the variation due to workmanship and ordinary construction practices separately from the uncertainty in the measurement method, which is potentially instructive in creating test procedures and methods for evaluation, design, and quality control. By more thoroughly defining the uncertainty in the anticipated acoustical performance of an assembly, this method also provides guidance for the level of measurement required to determine in situ performance of acoustical systems.
机译:仪表可重复性和可重复性研究(GRR)使用对适当设计的实验的变化分析(ANOVA),以分离和量化整体不确定性的组成部分。值得注意的是,测量方法中的不确定性可以与样本的变化分离,深入了解组装结构的一致性。在几栋公寓楼上进行了空气传播的GRR研究和地板上限组件的冲击绝缘。比较了测试人员的表现和建筑物的工艺。该研究的结果表明,能够在测量方法中分别与非确定分开,从工艺统治和普通建筑实践中评估变化,这在创造评估,设计和质量控制的测试程序和方法方面可能是有效的。通过更彻底地定义在装配的预期声学性能中的不确定性,该方法还提供了确定声学系统原位性能所需的测量水平的指导。

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