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Study on Lubrication Simulation and Capability of Three-lobe Journal Bearing

机译:三瓣轴承润滑仿真及能力研究

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摘要

The lubrication state of three-lobe bearing is simulated by using Reynolds equation. It concluded that the load-carrying capability of three-lobe bearing increases with the eccentric distance between the centers of axis and bearing with a nonlinear way. The largest bearing load-carrying capacity occurs in the eccentric direction of 30° and making sure the eccentric direction can improve the stability of the system. To improve the rotation speed of the axis is beneficial to promote the load-carrying capacity.
机译:通过使用Reynolds方程模拟三凸起轴承的润滑状态。它得出结论,三叶轴承的承载能力随着轴中心之间的偏心距离而增加,具有非线性方式。最大的轴承承载能力发生在30°的偏心方向上,并确保偏心方向可以提高系统的稳定性。为了提高轴的旋转速度有利于促进承载能力。

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