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THE ACTUAL EYRING MODELS FOR THIXOTROPY AND SHEAR-THINNING: EXPERIMENTAL VALIDATION AND APPLICATION TO EHD

机译:触变性和稀疏性的实际取材模型:实验验证及其在EHD中的应用

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摘要

The Eyring sinh law is presently the most well accepted model for shear-thinning of EHD lubricants at high pressure. It was, however, not accepted for this purpose by Eyring who found it to be of only limited usefulness for thixotropy. Then, it is extremely important that these models receive a critical review using data obtained by modern methods to evaluate the actual Eyring models and show how they differ from the model in use today. Data from high-pressure viscometers were used to validate the actual Eyring models. The Ree-Eyring model for shear-thinning obeys time-temperature-pressure superposition. A film thickness calculation shows it to suffer from the same anomalous behavior in sliding contact as does the sinh law.
机译:目前,Eyring sinh定律是EHD润滑剂在高压下剪切稀化的最公认模型。但是,Eyring并未为此目的接受它,因为他发现它仅对触变性有用。然后,使用现代方法获得的数据对这些模型进行严格审查非常重要,以评估实际的Eyring模型并显示它们与当今使用的模型有何不同。来自高压粘度计的数据用于验证实际的Eyring模型。剪切稀化的Ree-Eyring模型服从时间-温度-压力叠加。膜厚的计算表明,与正弦定律一样,其在滑动接触中也具有相同的异常行为。

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