The effect of load on the friction coefficient becomes small during the steady stage of wear.
磨损达到稳态后载荷对复合材料摩擦系数的影响不大。
The results show that the run-out errors of the first stage planet gear and its bearing have the most significant effect on the load sharing coefficient.
研究结果表明，第一级星轮及其所在轴轴承偏心误差对系统载荷不均匀系数的影响最大；
The influence of the mesh stiffness of each stage to the dynamic load sharing coefficient has been discussed.
分析了两级齿轮啮合刚度对系统动力学均载的影响，比较了各级齿轮啮合刚度对系统均载系数影响的大小。
The dynamic characteristics of the system has been studied. The influence of the mesh stiffness of each stage to the dynamic load sharing coefficient has been discussed.
分析了两级齿轮啮合刚度对系统动力学均载的影响，比较了各级齿轮啮合刚度对系统均载系数影响的大小。
Frictional coefficient increases quickly in the initial stage, decreases with the increasing of load until one steady count at last.
摩擦系数在加载初期急剧增加，随着荷载加大摩擦系数呈递减趋势，最终趋于恒定值。
Frictional coefficient increases quickly in the initial stage, decreases with the increasing of load until one steady count at last.
摩擦系数在加载初期急剧增加，随着荷载加大摩擦系数呈递减趋势，最终趋于恒定值。
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