associated fault

简明释义

1. 共轭断层; 2. 互补断层; 3. 相关断层;

英英释义

例句

1.After reviewing the error logs, we identified an associated fault 相关故障 that caused the application to crash.

在查看错误日志后，我们识别出一个导致应用崩溃的相关故障。

2.The report highlighted an associated fault 相关故障 that was affecting multiple systems.

报告强调了一个影响多个系统的相关故障。

3.The engineer explained that the associated fault 相关故障 was linked to the outdated software version.

工程师解释说，这个相关故障与过时的软件版本有关。

4.To resolve the issue, we need to address the associated fault 相关故障 in the network configuration.

为了解决这个问题，我们需要处理网络配置中的相关故障。

5.The technician diagnosed the system and discovered an associated fault 相关故障 in the wiring.

技术人员对系统进行了诊断，发现了接线中的一个相关故障。

作文

In the realm of engineering and technology, the term associated fault refers to a defect or error that is linked to a primary issue within a system. Understanding this concept is crucial for engineers and technicians who strive to maintain the integrity and efficiency of various systems. For instance, when a machine malfunctions, it may not only experience a direct failure but could also exhibit an associated fault that arises from the initial problem. This interconnectedness of faults can complicate troubleshooting processes, making it essential for professionals to identify both the primary fault and any associated faults that may be present.Consider a scenario in a manufacturing plant where a conveyor belt stops working. The immediate fault might be a blown fuse, but the associated fault could involve misalignment in the belt's rollers that was exacerbated by the sudden stop. If the technician only addresses the blown fuse without recognizing the underlying misalignment, the same issue may recur, leading to increased downtime and maintenance costs. Therefore, identifying associated faults is vital for effective problem-solving and ensuring long-term operational reliability.In software development, the concept of associated faults is equally significant. When debugging code, a developer may encounter a primary bug that causes an application to crash. However, this bug might trigger several associated faults throughout the program, such as memory leaks or incorrect data handling. If the developer focuses solely on rectifying the main issue, they risk leaving these associated faults unaddressed, which could lead to further complications down the line.To effectively manage associated faults, professionals must adopt a systematic approach to diagnosing problems. This involves thorough testing and analysis to uncover not just the obvious issues, but also the hidden ones that may be lurking beneath the surface. Utilizing tools such as fault tree analysis or root cause analysis can aid in this process, helping teams to visualize the relationships between different faults and prioritize their resolution accordingly.Moreover, training and education play a pivotal role in enhancing one’s ability to recognize associated faults. Workshops and seminars focused on fault diagnosis can equip individuals with the skills needed to identify and address these complex issues. By fostering a culture of continuous learning and improvement, organizations can better prepare their teams to tackle the challenges posed by associated faults in various contexts.In conclusion, the understanding of associated faults is essential across various fields, from engineering to software development. Recognizing the interconnected nature of faults allows professionals to take a more comprehensive approach to problem-solving, ultimately leading to improved system performance and reliability. As technology continues to evolve, the importance of addressing associated faults will only grow, making it imperative for individuals and organizations to develop the necessary skills and strategies to manage them effectively.

在工程和技术领域，术语关联故障指的是与系统内主要问题相关联的缺陷或错误。理解这一概念对于努力维护各种系统完整性和效率的工程师和技术人员至关重要。例如，当一台机器发生故障时，它可能不仅会直接出现故障，还可能表现出由于初始问题引起的关联故障。这种故障之间的相互关联可能会使故障排除过程变得复杂，因此专业人员必须识别出主要故障及任何可能存在的关联故障。考虑一个制造工厂的场景，其中传送带停止工作。直接故障可能是保险丝烧断，但关联故障可能涉及到由于突然停止而加剧的带轮不对齐。如果技术人员只处理烧断的保险丝，而没有认识到潜在的不对齐问题，那么同样的问题可能会再次出现，导致停机时间和维护成本增加。因此，识别关联故障对于有效解决问题和确保长期操作可靠性至关重要。在软件开发中，关联故障的概念同样重要。当调试代码时，开发人员可能会遇到一个导致应用程序崩溃的主要错误。然而，这个错误可能会在程序中触发几个关联故障，例如内存泄漏或数据处理不当。如果开发人员仅专注于修复主要问题，他们就有可能忽视这些潜在的关联故障，这可能会导致后续的复杂问题。为了有效管理关联故障，专业人员必须采取系统化的方法来诊断问题。这涉及到全面测试和分析，以发现不仅是显而易见的问题，还有潜藏在表面之下的隐蔽问题。利用故障树分析或根本原因分析等工具可以帮助这一过程，帮助团队可视化不同故障之间的关系，并相应地优先解决。此外，培训和教育在提升识别关联故障能力方面发挥着关键作用。专注于故障诊断的研讨会和讲座可以为个人提供识别和解决这些复杂问题所需的技能。通过培养持续学习和改进的文化，组织可以更好地准备团队应对各种背景下关联故障所带来的挑战。总之，理解关联故障在各个领域都是至关重要的，从工程到软件开发。认识到故障之间的相互关联性使专业人员能够采取更全面的问题解决方法，最终提高系统性能和可靠性。随着技术的不断发展，处理关联故障的重要性只会增加，因此个人和组织必须发展必要的技能和策略，以有效管理它们。