Correcting Model of Viscosity with Exponential Function Derived and Its Application

Qu Qingwen、 Wang Mei、 Chai Shan、 Yao Fusheng

Strategic Study of CAE ›› 2001, Vol. 3 ›› Issue (10) : 53-58.

PDF(2907 KB)
PDF(2907 KB)
Strategic Study of CAE ›› 2001, Vol. 3 ›› Issue (10) : 53-58.
Academic Papers

Correcting Model of Viscosity with Exponential Function Derived and Its Application

  • Qu Qingwen、 Wang Mei、 Chai Shan、 Yao Fusheng

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Abstract

Based on adsorbent theory and the law of energy change, the degree of interaction on the surface is determined. The adsorbent layer is defined. Analysis calculation formula on the thickness of adsorbent layer is obtained. The thickness of adsorbent layer is the most critical factor for thin film lubrication research, and is a critical point to the difference between thin film and thick film analyzed. According to the theory of interaction of molecules and basic definition of hydromechanics, correcting model of viscosity with exponential function is derived. It can be used to determine the law of change of fluid viscosity in micro-clearance, and thus the rationale is provided for theoretic model of thin film lubrication established.

Keywords

adsorbent layer / viscosity / thin film lubrication / bearing

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Qu Qingwen,Wang Mei,Chai Shan,Yao Fusheng. Correcting Model of Viscosity with Exponential Function Derived and Its Application. Strategic Study of CAE, 2001, 3(10): 53‒58
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