1) friction torque of bearing
轴承摩擦力矩
1.
The friction torque of bearing directly affects bearing’s performance, and it is an important performance index of roll bearings.
轴承摩擦力矩是轴承设计时必须考虑的主要因素,国内外对轴承摩擦力矩的研究十分重视,定量研究和测量轴承摩擦力矩一直是轴承行业的重要课题。
2) moment of pivoting friction
枢轴动摩擦力矩
3) friction bearing
摩擦轴承
5) moment of friction
摩擦力矩
1.
Variation rule of wear-resistance property and coefficient of friction were investigated by testing for wear mass loss and moment of friction under different parameter condition.
通过测定失重量和摩擦力矩的波动情况,得出了在不同的工艺参数条件下试样的抗磨损性和摩擦因数的变化规律。
2.
The moment of friction of high-speed grease-lubricated rolling bearing determines its power consumption and heat output,and the heat output has a direct effect on its temperature rise.
在高速脂润滑滚动轴承中,摩擦力矩的大小决定了轴承的功率消耗和发热量的大小,发热量的大小直接影响轴承的温升失效。
3.
The phaseplane analysis of compound pendulum movement, a process of energy dissipation, is conducted in the paper with the moment of friction being taken into consideration.
完成了考虑摩擦力矩的复摆运动这一能量耗散过程的相平面分析,并在此分析的基础上提出了一种转动惯量测量新方法。
6) Frictional torque
摩擦力矩
1.
Development on measuring system for frictional torque of ball screw;
滚珠丝杠副摩擦力矩测量系统的研制
2.
An electromagnetic vibration starter for decreasing frictional torque,which is mounted on the gimbal axis of gyroscope,was investigated.
研究了一种安装于机电式陀螺仪框架轴上、用于减小摩擦力矩的电磁式振动器。
3.
Based on the requests of ground docking simulation experiment tables,several types of two DOF turn tables are analyzed,and a bending-resistant two DOF turn table that is of light-weight,with large stiffness,high strength and low frictional torque is designed.
针对地面对接仿真试验台对二维转动装置的要求,对多种方案分析后,设计了一种抗弯件式结构形式的二维转动装置,它能满足质量轻、刚度强度大和摩擦力矩小的要求。
补充资料：附加摩擦力矩
附加摩擦力矩
additional friction torque
fuiia moea liiu附加靡擦力矩(additional frietion torque) 札制时折算到电动机轴上的轧辊轴承中的摩擦力矩与传动机构中的摩擦力矩之和，即 ，，，匆了1. Mf一粉+初了2 对两个轧辊而言，力矩凡了1为 匆了l一尸己九式中尸为轧制力，d为轧辊辊颈直径，fl为轧辊轴承中摩擦系数;i为轧机的传动比。 摩擦系数fl决定于轴承结构及其工作条件(表1)。 传动机构中的摩擦力矩A叮飞，即齿轮机座、减速机和连接轴等机构中的附加摩擦力矩，一般由传动效率决定，即 ，，，了1‘}M+3或几 泪了泛一}告一11一 、专一jt式中M为轧制力矩，甲为传动效率，可按表2给出的数据选择。 表1轧辊轴承中牵攘系数了1之值班二 表2刀的选择东一 (贫毓辛)
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条