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1·Designed using extensive FEA to minimize stresses and maximize component life.

设计广泛使用FEA来减少重压并使部件寿命达到最长。

2·Component life-cycle management? is the related general issue (see Figure 2).

“组件的生命周期管理(Component life - cycle management)”是对应的通用问题(如图2)。

3·This test stand consists of 6 test chambers. It is used to test component life.

这个试验台由6个试验箱组成，用于测试组件使用寿命。

4·The life of bolted flanged connections was divided into sealing life and component life.

将螺栓法兰连接系统寿命划分为密封寿命和部件寿命。

5·Designed using extensive Finite Element Analysis (FEA) to minimize stresses and maximize component life.

设计使用限定成分分析(FEA)来减少重压延长部件使用寿命。

6·The practical example shows that it is an effective method to analyze the small samples of mechanical component life-tests.

实例分析表明，本文方法是一种分析机械零件全寿命试验小子样样本的有效方法。

7·Early detection of trouble can result in prolonged component life as well as the customer not being bothered by unnecessary problems.

及早发现故障能够延长零件的使用寿命，顾客也因此不会受到不必要问题的影响。

8·The result shows that using the residue stress we can calculate accurately the maximal stress-strain cycle, which is the main factor influencing component life.

研究结果表明，该方法可以较准确地确定影响零部件寿命主要因素的最大应力应变循环。

9·Managing component life cycle and scope - as components may have different life cycles and scope, the Spring kernel continues to oversee creating, re-using, and destroying components.

管理组件生命周期和范围——由于组件可能有不同的生命周期和范围，Spring内核将持续监视创建、重用和销毁组件。

10·The relationship between sealing life and component life of sealing system was discussed, and a weakest-link model for predicting the life of bolted flanged connections was established.

基于蠕变和疲劳损伤准则分析高温螺栓的剩余寿命，探讨螺栓法兰连接系统的密封寿命和各部件寿命之间的关系。