1.
An Inventory Model of Slow Moving Spare Parts Based on Function of Parts Life-cycle;
基于零件寿命函数的慢速流动备件库存模型
2.
Find the expected life of the part in cycles.
求零件的预期寿命的循环数。
3.
Simulation of Prediction of Fatigue Life for Component of Railway Vehicle;
机车车辆零部件的疲劳寿命预测仿真
4.
Failure and Life Analysis on Main Parts of Armored Equipment;
装甲装备重要零部件失效与寿命分析
5.
Ball bearings, and sometimes automotive parts, are designed on the basis of finite life.
球轴承和汽车零件有时是按无限寿命设计的。
6.
Automatic oiling system lubricates these moving parts and increases the machine durability.
全自动加油系统，润滑各部零件，提高机台寿命。
7.
Resonance and Coupling Test System for the Fatigue of Vehicle Components;
共振耦合式车用零部件疲劳寿命试验系统
8.
Research on the Working Life of Key Accessory of Oil Drilling Impacting Machine;
石油钻井冲击器关键零部件工作寿命的研究
9.
The Effect of Fatigue Life of Shaft by Notch Geometric Parameters
缺口几何参数对轴类零件疲劳寿命的影响
10.
Research on Integrated Simulation of Fatigue Life for Cold Extrusion Part
冷挤压成形零件的疲劳寿命集成仿真分析研究
11.
Study on Residual Fatigue Life Prediction Methods of Remanufacturing Parts and Assessment of Remanufacturability;
零件剩余疲劳寿命预测方法与产品可再制造性评估研究
12.
The Research of Wagon Life Management Decision Support System (HCDSS);
货车转向架关键零部件寿命管理决策支持系统的研究
13.
The System to Predict the Auto Parts Fatigue Life and Identify the Initial Point of Macro Fatigue Cracks;
车用零部件宏观疲劳裂纹启始点识别及寿命判定系统
14.
Reliability Modeling of Components Based on Life Measured by the Times of Load Application
以载荷作用次数为寿命度量指标下的零件可靠性建模
15.
Control temperature67-75 degree ensure the airend and oil andtec long-life.
最佳的设计温度，开启温度为67-75度，确保机体及油品等各零部件的长寿命。
16.
The individual reliability of machine elements becomes the Basis for estimating the overall life expectancy of a complete machine.
机械零件各自的可靠性已经有据可依,并成为估算整台机器使用寿命的根据。
17.
Also the fill medium can lubricate the internals and provide a longer gauge life.
通过向表内充油，对仪表内部零部件起到润滑作用，延长了仪表的适用寿命。
18.
A Method for Increasing the Life Span of Sheet Metal Drawing Dies and the Rate of Qualified Products--Dry membrane lubricant sheet-metal drawing;
提高拉深模具使用寿命和零件合格率的一种有效方法——干膜润滑拉深