滚动摩擦

实际上，m0代表额外的外部摩擦来源，再加上滚动摩擦中的“流体动力”成份，而这一成份中也有一部分与负荷相关。

In fact , M0 accounts for the additional external sources of friction , together with the " hydrodynamic " component of rolling friction , which also has a load dependent part .

给出了平面轴承滚动摩擦试验方案。

It provides the testing program of planar bearing rolling friction .

滚动摩擦摆线行星传动啮合特性研究

Study on engagement properties of the rolling friction cycloid drives planet

滚动摩擦机理和滚动摩擦系数

A mechanism of rolling friction and the coefficient of rolling friction

球轴承滚动摩擦副磨损状态的监测试验研究

Monitoring Test of the Wear Conditions of Ball Bearing Rolling Friction Pairs

滚动摩擦：一种新的人工关节设计

Rolling Friction : A New Idea For Artificial Joint Design

滚柱轴承离合器滚动摩擦功耗分析

Analysis of Rolling Friction Power Loss of Roller Bearing Clutch

滚动摩擦摆线行星减速器齿廓曲线特性分析

The Analysis of the Gear Profile of A Rolling-Friction Cycloid Speed Reducer

橡胶轮胎与硬质地面的滚动摩擦研究

Study of the Rolling Frictions Between the Rubber Tire and Hard Road Surface

轮轨间滚动摩擦及其控制

The Wheel Rail Rolling Friction and its Control

表面不平顺对轮轨滚动摩擦温度场的影响

Effect of uneven surface on temperature distribution between wheel and rail in rolling contact

滚动摩擦副打滑理论的研究

Study on the MICRO-CREEP in roll friction drive

牵引滚动摩擦实验机的研制

Development of the Tractive Rolling Fraction Experimental Installation

库伦物体滚动摩擦定律的探讨

On the rolling friction law of COULOMBIAN bodies

目前对磨损，尤其是滚动摩擦的磨损尚不能准确计算。

At present , Quantitative calculation of wear especially the rolling wear is not clear .

平面轴承滚动摩擦试验研究

Experimental Study of Planar Bearing Rolling Friction

就滚柱轴承而论，滚动摩擦代替了滑动摩擦。

In the case of roller bearings , the rolling friction is substituted for sliding friction .

上下压轮装置采用滚动摩擦，有利于减少工作阻力，降低功率消耗。

Up and down roller rolling friction installations will help reduce resistance and lower power consumption .

研究了脉动无级变速器用超越高合器的滚动摩擦。

The rolling friction of overrunning clutch for pulse-continuously variable speed transmission ( Pulse-CVT ) is discussed .

滚轴滚动摩擦系数研究与建筑物迁移工程水平动力计算

A study on the rolling friction coefficient and the horizontal driving-force calculation in building monolithic moving engineering

金属摩擦副的机械疲劳与滚动摩擦和滑动摩擦复合损伤的初步研究

Study on Complex Damage of Mechanical Fatigue Together with Rolling Friction and with Sliding Friction in Metallic Rubbing Pairs

落石运动特性的研究主要在于确定其关键参数，即落石的碰撞恢复系数和滚动摩擦系数。

The study of rockfall motion characteristics focus on determining the key parameters , namely restitution coefficient and rolling friction coefficient .

轮轨粘着问题实质上是滚动摩擦问题，机车车轮在钢轨上滚动其最大的纵向摩擦力受很多工况的影响。

Adhesion problem of contact wheel and rail is essentially rolling friction problem , the max longitudinal friction by influence of many cases .

考虑超越离合器的弹性接触和滚动摩擦，建立了超越离合器楔紧过程的动力学模型。

On the other hand , the dynamic model of wedge process was constructed for the roller clutch involving the elastic contact and the rolling friction .

其磨损机理可归因于边界润滑条件下的化学吸附膜、化学反应膜、化学沉积膜以及滚动摩擦。

The lubrication mechanism could be attributed to the chemical adsorption , reaction , deposition of film and the existence of the rolling friction under the boundary lubricating condition .

基于滚动摩擦传动机理，研究了大型齿轮在机测量中的摩擦盘精密测角原理与技术；

Based on the theory of the rolling friction transmission , the principle and techniques of obtaining an accurate angle between friction discs in on-machine measuring large gears are studied .

而且滚珠式防自转机构可以变滑动摩擦为滚动摩擦，使机械损失减少，效率提高，是一种有推广价值的新机构。

The slip friction can be replaced by the rolling one in the anti-rotation mechanism with ball bearings reducing mechanical loss , raising the efficiency , and promising an extended application .

通过一系列金属和非金属材料的摩擦试验，测得滚动摩擦系数值及其变化规律，从而指出了影响滚动摩擦系数的主要因素。

Through a series of friction test with metals and nonmetals , the values of coefficient of rolling friction and the rules of its variation have been obtained , from that , its main influential factor is examined .

结果显示：在滚动摩擦条件下，陶瓷层失效形式受到其厚度的影响，当陶瓷层厚度小于临界厚度时，试样表面出现陶瓷层剥落现象。

Results showed the type of ceramic layer 's wears failure was affected by ceramic layer 's thickness under this friction condition ; while the ceramic layer would desquamate if its thickness was less than the critical numerical value .

通过参数化的仿真方法分析了各种参数（转速，摆锤个数、长度、质量及安装位置、滚动摩擦系数和粘性阻尼系数）和摆锤式自动平衡装置动态特性之间的关系。

The relationship between the parameters ( speed , the pendulum number , length , quality and installation location , the rolling friction coefficient and viscous damping coefficient ) and the dynamic characteristics of pendulum-type automatic balance device was analyzed through simulation . 3 .