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A NEW SLIP MODEL FOR GAS LUBRICATION

机译:一种新的天然气润滑滑模

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摘要

In this paper, a new slip boundary condition is derived using the solution of the Boltzmann equation. The physical mechanisms of velocity slip in rarefied gas flow are discussed and emphasized. The Poiseuille flow rates predicted by the new slip model show better agreements with those calculated from the existing slip models such as 1st, 2nd, and 1.5th slip order. Based on the new slip model, a new modified Reynolds equation is also proposed to predict the pressure field in gas lubrication problem.
机译:本文利用玻尔兹曼方程的解导出了一个新的滑动边界条件。讨论并强调了稀薄气流中速度滑移的物理机理。新滑模模型预测的泊瓦伊流率与从现有滑模模型(例如第1,第2和第1.5滑模)计算得出的结果具有更好的一致性。基于新的滑动模型,还提出了新的改进的雷诺方程,以预测气体润滑问题中的压力场。

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