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Measurement of temperature at sliding polymer surface by grindable thermocouples

机译:可磨热电偶测量滑动聚合物表面的温度

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摘要

This paper is devoted to experimental study of capabilities and limitations of grindable thermocouples as applied to polymer materials sliding on metal. Chromel-alumel and chromel-copel grindable thermocouples have been developed and tested for wide ranges of contact pressure and sliding velocity. The background temperature of the sliding surface can be determined as the lower envelope of the signal from the grindable thermocouple. Steady and unsteady regimes of sliding have been investigated. For steady sliding, the accuracy of the temperature determination increases with measurement duration. In the case of unsteady sliding, accurate temperature determination requires multiple tests under the same conditions. The thickness of the thermocouple junction has been analyzed for correct comparison of experimental and calculated temperatures. (C) 2015 Elsevier Ltd. All rights reserved.
机译:本文致力于可磨热电偶在金属上滑动的聚合物材料的性能和局限性的实验研究。已经开发并测试了Chromel-alumel和chromel-copel可研磨热电偶的接触压力和滑动速度范围广泛。可以将滑动表面的背景温度确定为来自可研磨热电偶的信号的下包络线。已经研究了滑动的稳态和非稳态状态。对于稳定的滑动,温度确定的精度随测量持续时间而增加。在不稳定滑动的情况下,准确的温度确定需要在相同条件下进行多次测试。为了正确比较实验温度和计算温度,已经分析了热电偶结的厚度。 (C)2015 Elsevier Ltd.保留所有权利。

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