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Effect of oil film squeezing on hydro-viscous drive speed regulating start

机译:油膜挤压对液压传动调速启动的影响

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摘要

To reveal the effect of oil film squeezing on the startup process, the modified transient Reynolds, thermal energy and working oil temperature-viscosity equations are solved simultaneously using finite element method. The results show that the effect of oil film squeezing is very small in the earlier stage of the startup process. In the later stage, the effect of oil film squeezing becomes more and more significant with decrease of oil film thickness. Oil film load capacity is approximately increased by 30% with the effect of oil film squeezing being considered. The simulation results are verified by experiments.
机译:为了揭示油膜挤压对启动过程的影响,使用有限元方法同时求解了改进的瞬态雷诺,热能和工作油温度-粘度方程。结果表明,在启动过程的早期阶段,油膜挤压的影响很小。在后期,随着油膜厚度的减小,油膜挤压的效果变得越来越明显。考虑到油膜挤压的影响,油膜的负载能力大约增加了30%。仿真结果通过实验验证。

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