sliding ratio

Sliding ratio is an important index which can evaluate the wear of spherical gear tooth surface.

采用滑动系数作为衡量球齿轮齿面滑动磨损程度的重要指标。

Through the Sliding Ratio to reflect the points of the gear tooth surface in gear meshing process. 2.

通过该系数来反映齿轮在啮合过程中齿面各点的接触情况。

This paper brings out feasibility and applicability to make change drive of double step sliding gear by moving one gear width along axis under conditions of Corresponding ratio of gear.

本文阐述了双联滑移齿轮在适当传动出情况下，轴向移动一个齿轮宽度就可以进行变速的可行性及适用场合。

Calculation Method of Sliding Ratio for Spot Contact Tooth Surfaces and Application to Crossed Helical Involute Gears

点接触齿面滑动率计算方法及其对交错轴渐开线斜齿轮传动的应用

To decrease the abrasion of conjugated tooth profiles and increase the transmission efficiency of the reducer-the paper has calculated the sliding ratio of the reducer for the first time.

为减少圆柱双正弦活齿传动共轭齿廓间磨损并提高系统的传动效率，首次对该种结构进行了滑动率的计算。

Study on Relative Sliding Ratio of Involute Internal Gear Pair

渐开线内齿轮副相对滑动率的研究

In this paper, an improved delay and correlation algorithm is proposed for timing synchronization. The delay and correlation algorithms as well as the double sliding windows power ratio algorithm are used in an actual low voltage power line communication system.

对比分析了双滑动窗功率比值法、延迟相关算法、改进的延迟相关算法应用于实际低压电力线弥散通信环境中的效果，结果表明采用改进的延迟相关算法更稳定可靠，精度更高。

Research on Kinematics Analysis and Sliding Ratio Calculation of Cylinder Dual-Sine Oscillating Tooth Gear Reducer

圆柱双正弦活齿传动运动学分析及滑动率计算

The relative sliding ratio formulas of an involute spur gear pair are developed The influences of relative sliding ratio on the gear wear, friction moment of engagement and elastohydrodynamic lubrication are analyzed

推导了渐开线圆柱齿轮副相对滑动率的计算公式，分析了相对滑动率对齿轮磨损、相啮合的摩擦力矩与弹流润滑等问题的影响

The results showed that the sliding ratio of ground-contact tread, the sliding force ( F_ ( sx)) and the adhesion force ( F_ ( ax)) increased as the static friction coefficient increased;

结果表明，随着静摩擦因数的增大，接地胎面完全滑移的滑移率增大，滑移力（Fsx）和附着力（Fax）增大；

Based on the Minimal Sliding Ratio for the Optimal Design of Involute Cylindrical Gear Transmission

基于滑动率最小的渐开线圆柱齿轮传动优化设计

The formulas about the relative sliding ratio and the engagement trail of beeline-tooth conjugate inner-gearing pair are worked out on the basis of the gear meshing principle. Based on the formulas, the factors that may influence the relative sliding ratio of beeline-tooth conjugate inner-gearing pair are analyzed.

利用齿轮啮合原理推导了直线共轭内啮合齿轮副的啮合线方程和相对滑动系数的计算公式，研究了啮合过程中齿间相对滑动状态，综合分析了相对滑动系数的影响因素。

The relative sliding ratio formulas of an involute internal spur gear pair are developed.

推导了渐开线内齿轮副相对滑动率的计算公式。

In accordance with different combination forms of gear pair, the sliding ratio of crossed helical involute gear pair was calculated by using the formula, which was deduced for spot contact tooth surfaces and the sliding curve of the gear pair was drawn as well.

推导出点接触齿轮副齿面滑动系数的计算公式，并分别针对齿轮副的不同组合形式，计算交错轴渐开线斜齿圆柱齿轮传动的滑动系数，绘制该齿轮副的滑动曲线。