failure analysis

failure analysis的音标为[ˌfeljəˈeɪzəns] ，基本翻译为“失败分析”，速记技巧为：fail失败，ue字母组合发长音/juː/。

Failure analysis，失败分析，这个词的英文词源可以追溯到拉丁语“failu”和“fallere”，意为“失败”和“欺骗”。

变化形式：名词形式failure和failing，形容词形式failable。

相关单词：

1. Fault diagnosis：故障诊断，这个词是由“fault”（故障）和“diagnose”（诊断）组成的，意为对故障的分析和诊断。

2. Fault tolerance：故障容忍度，这个词是由“fault”（故障）和“tolerance”（容忍）组成的，表示对故障的容忍程度。

3. Failure mode and effect analysis：失效模式和影响分析，这个词是由“failure”（失败）和“mode”（模式）和“effect”（影响）组成的，是对产品或系统可能出现的失效模式和影响的分析。

4. Failure prediction：故障预测，这个词是由“fail”（失败）和“predict”（预测）组成的，是对故障发生时间或位置的预测。

以上这些单词都与failure analysis密切相关，涵盖了故障诊断、容错性、失效模式和影响分析以及故障预测等多个方面。这些单词在工程、科技、医学等领域中应用广泛，帮助人们更好地理解和解决各种可能出现的问题。

常用短语：

1. failure analysis report

2. component failure analysis

3. system failure analysis

4. root cause analysis

5. fault diagnosis

6. fault detection

7. failure mode and effect analysis

8. reliability analysis

例句：

1. Failure analysis is an important process in maintaining and repairing equipment.

2. The failure analysis report provided valuable information for improving the product design.

3. By conducting root cause analysis, we identified the key factors leading to system failure.

4. Fault diagnosis is an effective method for detecting potential problems in equipment.

5. Failure mode and effect analysis helps us understand how a component may fail and the consequences of such failure.

6. Reliability analysis is crucial for ensuring the safety and efficiency of critical systems.

英文小作文：

Failure analysis is a crucial process in maintaining equipment, ensuring its reliability and preventing unexpected breakdowns. Through failure analysis, we can identify the root causes of equipment malfunctions and develop effective solutions to improve its performance and durability.

By conducting failure mode and effect analysis, we can understand how a component may fail and the consequences of such failure, which helps us to design more reliable equipment and improve its lifespan. Additionally, failure analysis can help us identify potential faults in equipment, which can lead to timely repairs and prevent unexpected downtime.

In conclusion, failure analysis is an essential process in maintaining and repairing equipment, which ensures its reliability and efficiency. By conducting root cause analysis and fault diagnosis, we can identify the key factors leading to equipment failure and develop effective solutions to improve its performance and durability.