Finally the achievements from FMECA are briefly introduced.

最后简要介绍由于开展了FMECA所取得的成绩。

This paper analyzes fault mode, effect and criticality of machinery with FMECA mode.

用FMECA方法对机械设备的故障模式、影响及致命度进行了分析。

Finally, the integrating with FMECA reliability prediction method is compared with the conventional one.

还对结合FMECA可靠性预计法和常规可靠性预计法进行了比较。

Failure mode, effect and criticality analysis (FMECA) is an effective technique to improve the reliability of products.

故障模式、影响及致命度分析(简称FMECA)是提高产品可靠性的一种有效的工具。

The analysis methods most in use have Fault Tree analysis (FTA) and Failure Model Effect and Criticality analysis (FMECA).

常用的分析方法有失效树分析(FTA)和失效模式影响及致命度分析(FMECA)。

Compared with traditional methods, FMECA can avoid the blindness and subjectivity, thus a much more accurate result can be obtained.

与传统的故障分析方法相比，该方法能够避免分析中的盲目性和主观性，可以获得更为准确的分析结果。

The relationship between the method of fault mode, effect and fatality analysis (FMECA) and the increase of product quality is described.

论述用失效模式、影响、致命度分析(fmeca)法与提高产品质量的关系。

FMECA and FTA are used to analyze the mode and effect of the fault and to improve the design of equipment in the stage of the equipment design.

FMECA和FTA是装备设计阶段用于分析其故障模式和影响、改进产品设计的方法。

It also makes the failure mode researches, FTA analysis and failure mode Effect and Criticality analysis (FMECA) based on practical use of the chemical power source.

结合化学电源的使用效果，完成了化学电源的故障模式研究和电池故障树(FTA)分析和故障模式影响及危害分析(FMECA)。

Failure Mode Effects and Criticality Analysis(FMECA) is a good scientific method summarized from engineering practice. It is very useful in the Criticality Analysis of medical device.

故障模式影响及危害性分析技术是从工程实践中总结的分析方法，也是目前医疗器械产品安全性分析中最基本的、应用最广泛的、收效最大的分析方法之一。