acceptable failure rate

简明释义

容许故障率允许故障率

英英释义

例句

1.The project manager explained that an acceptable failure rate 可接受的失败率 of 3% is standard in the industry for new product launches.

项目经理解释说，行业标准的新产品发布的可接受的失败率 acceptable failure rate 为3%。

2.The manufacturing team reported that they can maintain an acceptable failure rate 可接受的失败率 of 2% in the production line.

制造团队报告说，他们可以在生产线上维持可接受的失败率 acceptable failure rate 为2%。

3.During the quality assurance phase, we aim for an acceptable failure rate 可接受的失败率 below 1% to ensure customer satisfaction.

在质量保证阶段，我们的目标是将可接受的失败率 acceptable failure rate 控制在1%以下，以确保客户满意度。

4.In our research study, we established an acceptable failure rate 可接受的失败率 of 10% to account for potential errors in data collection.

在我们的研究中，我们设定了一个可接受的失败率 acceptable failure rate 为10%，以考虑数据收集中的潜在错误。

5.In our software development project, we have determined that an acceptable failure rate 可接受的失败率 of 5% is reasonable for initial testing.

在我们的软件开发项目中，我们确定初始测试的可接受的失败率 acceptable failure rate 为5%是合理的。

作文

In the world of engineering and manufacturing, the concept of an acceptable failure rate plays a crucial role in determining the quality and reliability of products. The term refers to the maximum percentage of failures that can be tolerated in a given process or product without compromising safety or functionality. For instance, in the aerospace industry, even a very low acceptable failure rate is critical because lives are at stake. Engineers must ensure that every component meets stringent standards, as even a single failure could have catastrophic consequences. On the other hand, in consumer electronics, the acceptable failure rate might be slightly higher. Manufacturers often calculate this rate based on market research, customer expectations, and competitive benchmarks. If a smartphone has a failure rate of 2% during its first year of use, it might still be considered acceptable if the competition has a similar or higher rate. This is essential for companies to maintain their market share while also managing production costs. Calculating the acceptable failure rate involves various statistical methods. Quality control teams often utilize tools such as Six Sigma to analyze data from production processes. By identifying trends and patterns in failures, they can adjust manufacturing techniques to minimize defects. However, it is important to note that an acceptable failure rate does not imply complacency. Companies strive to reduce this rate continuously, aiming for higher quality and better customer satisfaction.Moreover, the acceptable failure rate can vary depending on the context. In software development, for example, a higher failure rate might be tolerated during the beta testing phase. Developers expect bugs and issues to arise as they refine their products. Once the software is officially released, however, the acceptable failure rate should decrease significantly, as users expect a polished and functional experience. This variability highlights the importance of context when discussing failure rates across different industries.Furthermore, understanding the acceptable failure rate is vital for risk management. Companies must balance the costs associated with quality control against the potential losses incurred from product failures. If the failure rate exceeds the acceptable threshold, it can lead to recalls, damage to brand reputation, and financial losses. Therefore, establishing a well-defined acceptable failure rate is essential for strategic planning and operational efficiency.In conclusion, the acceptable failure rate is a fundamental concept that affects various industries, from aerospace to consumer electronics and software development. It represents a compromise between quality assurance and cost-effectiveness. By carefully calculating and monitoring this rate, companies can ensure that they deliver reliable products while remaining competitive in the marketplace. Ultimately, the goal is to minimize failures and enhance customer satisfaction, leading to long-term success and sustainability in their respective fields.

在工程和制造的世界中，可接受的失败率这一概念在确定产品的质量和可靠性方面发挥着至关重要的作用。这个术语指的是在不影响安全性或功能性的情况下，可以容忍的最大失败百分比。例如，在航空航天工业中，即使是非常低的可接受的失败率也是至关重要的，因为生命处于危险之中。工程师必须确保每个组件都符合严格的标准，因为即使是一次失败也可能导致灾难性的后果。另一方面，在消费电子产品中，可接受的失败率可能会稍高一些。制造商通常根据市场研究、客户期望和竞争基准来计算这一比率。如果一款智能手机在使用的第一年内的失败率为2%，如果竞争对手的失败率相似或更高，这仍然可能被视为可接受。这对于公司在保持市场份额的同时管理生产成本至关重要。计算可接受的失败率涉及各种统计方法。质量控制团队通常利用六西格玛等工具来分析生产过程中的数据。通过识别故障中的趋势和模式，他们可以调整制造技术以最小化缺陷。然而，需要注意的是，可接受的失败率并不意味着自满。公司努力持续减少这一比率，旨在提高质量和客户满意度。此外，可接受的失败率可以根据上下文而有所不同。例如，在软件开发中，测试阶段可能会容忍较高的失败率。开发人员预计在完善产品时会出现错误和问题。然而，一旦软件正式发布，可接受的失败率应该显著降低，因为用户期望获得精致和功能齐全的体验。这种可变性突显了在讨论不同产业的失败率时，上下文的重要性。此外，理解可接受的失败率对于风险管理至关重要。公司必须在质量控制的相关成本与产品故障可能造成的损失之间取得平衡。如果失败率超过可接受的阈值，可能会导致召回、品牌声誉受损和财务损失。因此，建立一个明确的可接受的失败率对于战略规划和运营效率至关重要。总之，可接受的失败率是一个影响各个行业的基本概念，从航空航天到消费电子产品和软件开发。它代表了质量保证与成本效益之间的妥协。通过仔细计算和监控这一比率，公司可以确保他们提供可靠的产品，同时在市场上保持竞争力。最终目标是最小化失败，提高客户满意度，从而实现长期的成功和可持续发展。