1.
Sprayed-on Self-Fusible Alloys Assure Much Longer Service Life of Expendable Parts
大幅度提高易损件寿命的喷焊自熔性合金
2.
Research on Life Expenditure and Application of Power Plant Boiler Components;
电厂锅炉部件寿命损耗的研究及应用
3.
The wear life research on 3Cr13 coating under dry friction
干摩擦条件下3Cr13涂层的磨损寿命研究
4.
As one of the three wearing parts for reciprocating compressor, valve lifetime is affected by the machining and manufacturing as well as operation environment.
气阀是往复式压缩机三大易损件之一,气阀的寿命与气阀的加工、造以及工作环境有关。
5.
Contrast Study on Roller Friction and Wearing Conditional Fatigue Life;
轧辊材料摩擦磨损条件疲劳寿命的对比研究
6.
Predicting Fatigue Crack Initiation Lives of Compenents by Using Damage Mechanics
损伤力学方法预估构件的疲劳裂纹形成寿命
7.
Abrasion Life of the Key Component of the Breech System Based on ADAMS
基于ADAMS的某型炮闩系统关键件磨损寿命计算
8.
IMPROVED DAMAGE MECHANICS METHOD FOR FATIGUE LIFE PREDICTION
构件疲劳寿命预估的改进型损伤力学方法
9.
As this happens, your car's finish becomes more vulnerable to corrosive elements that will attack and degrade your finish.
正是由于这样，车漆才会变得更容易受损，它会降低车漆的使用寿命。
10.
Either too low a line velocity or too high a velocity can damage valve internals and shorten valve life.
管线流速太低或太高都可能损坏阀内件，缩短阀门的使用寿命。
11.
Research on Numerical Simulation and Lifetime of High-temperature Components Creep Damage under Multiaxial Stress State;
多轴应力状态下高温部件蠕变损伤的数值模拟及寿命研究
12.
Study Impact of Abrasion for the Fatigue Life of Shaft by the Analytical Hierarchy Process;
应用层次分析法研究磨损对轴类件疲劳寿命的影响
13.
Residual Service Life Estimation of Historic Timber Structure Based on the Damage Accumulation Model;
古建筑木构件基于累积损伤模型的剩余寿命评估
14.
STUDY ON LIFE LOSS OF IMPORTANT METAL COMPONENTS FOR PEAK-REGULATING UNITS AND OPTIMIZATION IN OPERATION THEREOF
调峰机组重要金属部件寿命损耗及优化运行研究
15.
Damage Mechanics-Finite Element Method for Fatigue Life Prediction of Flare-free Pipeline Connection Assemblies
无扩口管路连接件疲劳寿命预估的损伤力学-有限元法
16.
The longevity of female wasps was longer than that of male wasps under the same conditions.
相同条件下雌虫寿命明显长于雄虫寿命。
17.
Simplified fragility analysis methods for optimal protection level decision-making and minimum life-cycle cost design of aseismic structures
抗震结构最优设防水平决策与全寿命优化设计的简化易损性分析方法
18.
Based on this the fatigue lifes are calculated and the damage models are evaluated.
在此基础上,估算了试件在不同加载条件下的疲劳寿命,并对损伤模型进行评估。