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Application of Taguchi Robust Design Method For Energy Efficiency Ratio and Noise of Compressors

机译:Taguchi鲁棒设计方法在压缩机能效比和噪声中的应用

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As the concern for a global energy conservation and environmental protection are increased, it became more important thing to correspond with CFC depletion. Many companies have produced CFC-free refrigerators using alternatives refrigerants. Alternative refrigerants have merit such as global warming effect, but also have demerits such as lower efficiency, miscibility, increasing noise and poor reliability problems etc. Then we have to develop more efficient and robust compressors to satisfy a growing world-wide demand. In this paper, Taguchi robust design method with dynamic signal to noise ratio (SN) and two step optimization process have been used to optimize the head valve system for developing more efficient and low noise compressor. Also this method can be applied to rotary, scroll and other types of compressor.
机译:随着对全球节能和环境保护的关注,与CFC耗尽相对应这变得更加重要。许多公司使用替代品制冷剂生产了无氟冰箱。替代制冷剂具有诸如全球变暖效果的优点,也有缺点,例如较低的效率,混溶性,增加噪声和可靠性差的问题等。然后,我们必须开发更高效和坚固的压缩机,以满足不断增长的全球需求。在本文中,Taguchi鲁棒设计方法具有用于噪声比(SN)和两步优化过程的动态信号,用于优化用于开发更有效和低噪声压缩机的头部阀门系统。此外,该方法也可以应用于旋转,滚动和其他类型的压缩机。

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