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An analysis of the relative influence of structure borne and airborne noise into the habitacle of a road vehicle prototype having independent sources

机译:分析结构和空气噪声对具有独立来源的道路车原型居中的相对影响分析

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A development concerning the use of Multiple Input/Single Output MISO as an identification technique in automotive Vibro-Acoustics has been considered. The objective is to provide a tool which enables not only an useful parameter characterisation but may also enable identification of air-borne and structure-borne paths associated with the global noise arriving at a typical motor car cockpit. As a by product measurement and car testing procedures difficulties can be reduced. A purpose built car mock-up has been used in order o provide controlled conditions for this development. The measurement techniques are described in combination with the purpose developed mathematical tools. A comparison is established between measurements and the computed results. This comparison indicates that this development is a promising tool for the characterisation of full-scale structure-borne and air-borne noise paths in vehicles.
机译:考虑了关于使用多输入/单输出MISO作为汽车振动声学中的识别技术的开发。该目的是提供一种工具,其不仅能够实现有用的参数表征,而且还可以识别与到达典型的汽车驾驶舱的全球噪声相关的空气传播和结构的路径。由于产品测量和汽车测试程序可以减少困难。 o订购了一个目的建造的汽车模型,为此开发提供了控制的条件。使用开发的数学工具结合描述测量技术。在测量和计算结果之间建立比较。这种比较表明,该开发是一种有前途的工具,用于表征车辆中的全尺寸结构和空气传播的噪音路径。

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