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Measurement of pressure distribution in a deformable nip of counter-rotating rolls

机译:测量反向旋转辊的可变形压区中的压力分布

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摘要

This paper describes a technique for measuring the pressure distribution of fluids flowing through a deformable nip of rolls counter-rotating at high speed. The technique is based on the use of a high sensitivity piezoelectric transducer mounted on the rigid roll of a laboratory film coater developed for the hydrodynamic characterization of roll coating flows. The pressure data are continuously recorded in a PC through a data acquisition card having a high-speed recording capacity, so that the experiments can be performed in conditions quite similar to those encountered in the coating industry. The pressure distribution of Newtonian fluids with different roll speeds and applied load between the rolls are reported and discussed. The results obtained are in good agreement with the data reported in the literature.
机译:本文介绍了一种用于测量流经高速反向旋转的辊的可变形压区的流体压力分布的技术。该技术基于安装在实验室涂膜机的刚性辊上的高灵敏度压电传感器的使用,该传感器是为辊涂流的流体力学特性而开发的。压力数据通过具有高速记录能力的数据采集卡连续记录在PC中,因此可以在与涂料行业所遇到的情况非常相似的条件下进行实验。报告并讨论了不同辊速和辊间施加载荷的牛顿流体的压力分布。获得的结果与文献报道的数据高度吻合。

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