1.
Principles and Optimization of the Load Balance for Multiple DC Motors on the Same Shaft
多电机同轴负荷平衡控制原理及优化
2.
Metal - Axial load fatigue testing???
金属－－轴向负荷疲劳试验
3.
Most Bearings support rotating shafts against either transverse (radial) or thrust (axial) loads.
大多数轴承都支承径向或轴向负荷的转轴。
4.
The maximum load on a bearing should always be smaller than the relief load in order to avoid scuffing.
为了避免划伤，轴承上的最大负荷应该总是小于其卸载负荷。
5.
The maximum load on a bearing should always be smaller than the relief load in order to avoid scuffing and brineling.
为了避免划伤和压坑，轴承上的最大负荷应该总是小于其卸载负荷。
6.
Research on stress comparison of bearings of hollowed cylindrical rollers with or without pre-loading
预负荷和无预负荷空心圆柱滚子轴承应力比较研究
7.
Load test for shaft generator and its function test on sea trial.
轴带发电机负荷试验和航行时效用试验。
8.
Exploration on Maximum Loading Design Techniques for Fan and Axial-Flow Compressor;
风扇/轴流压气机最大负荷设计技术探索
9.
About Every Roller Load Method of Calculation In Centripetal Rolling Bearing;
向心滚动轴承中各滚动体负荷的计算方法
10.
Numerical design optimization of a high-loaded low-speed axial-flow fan and experimental research
高负荷低速轴流风扇数值优化设计与实验研究
11.
Bearing Load Direct Identification for Multi-support Rotor System
多支承转子系统轴承负荷直接识别技术研究
12.
Design and Dynamic Analysis for Multi-Support Rotor-Bearing System Bearing Load Identification Test-Bed;
多支承转子—轴承系统轴承负荷辨识试验台设计及其动力学分析
13.
CQ6132W Infinitely variable speeds, power-driven feed in longitudinal and cross directions, Safety interlock, a overload safety device.
CQ6132W主轴无级变速，纵横向机动走刀，安全互锁，超负荷保险。
14.
The hydrogeneratingset can operation safely with full loads by using elastic metallic plastic pads formaximum dimension, thrust bearing.
推力轴承改用弹性金属塑料瓦后，机组可安全地满负荷运行。
15.
Research and Implement of Constant Cutting Load Machining Control Method Based on Spindle Motor Current;
基于主轴电流的恒负荷加工控制方法的研究与实现
16.
FEA and Optimization of the Preloaded Hollow Cylindrical Roller Bearings;
预负荷空心圆柱滚动体轴承的有限元分析及优化设计
17.
Research on Large Sets Bearing Load Abnormity Diagnosis and Its Internet Call Mathods;
大型机组轴承负荷异常诊断及其Internet调用方法研究
18.
The Effect of Rats in Incremental Graded Exercise on Changes of HPA and HPT Hormones;
递增负荷运动对大鼠肾上腺、甲状腺轴激素的影响