allowable deviation

简明释义

容许偏差

英英释义

例句

1.In manufacturing, the quality control team sets an allowable deviation of ±0.5mm for product dimensions.

在制造业中，质量控制团队为产品尺寸设定了±0.5mm的可允许偏差。

2.During the audit, the accountant noted that the allowable deviation for discrepancies in financial reports is 5%.

在审计过程中，会计注意到财务报告中差异的可允许偏差为5%。

3.In software development, a bug report must fall within the allowable deviation of user experience expectations.

在软件开发中，错误报告必须符合用户体验期望的可允许偏差。

4.The project manager informed the team that the allowable deviation in budget spending is 10%.

项目经理通知团队，预算支出的可允许偏差为10%。

5.For the experiment, the scientists agreed on an allowable deviation in temperature readings of ±2°C.

对于实验，科学家们一致同意温度读数的可允许偏差为±2°C。

作文

In the realm of engineering and manufacturing, precision is paramount. Every component must meet specific standards to ensure safety, functionality, and durability. However, in practice, achieving absolute precision can be challenging due to various factors such as material properties, environmental conditions, and human error. This is where the concept of allowable deviation comes into play. The term allowable deviation refers to the permissible range of variation from a specified standard or measurement. It acknowledges that while striving for perfection is essential, it is also crucial to recognize that some degree of variability is inevitable. For instance, consider the production of mechanical parts for an automobile. Each part is designed with precise measurements to fit perfectly within the assembly. However, due to manufacturing processes, slight differences may occur. The allowable deviation defines the acceptable limits within which these variations can occur without compromising the overall performance of the vehicle. If a part exceeds this allowable deviation, it could lead to malfunction or even pose safety risks. Understanding allowable deviation is not only vital for manufacturers but also for engineers who design systems. In engineering design, calculations often include tolerances that specify the allowable deviation from ideal dimensions. This ensures that even if components are slightly off-spec, they can still function correctly within the system. For example, in civil engineering, the construction of bridges requires precise calculations to account for loads and stresses. Engineers must determine the allowable deviation in measurements to ensure the structure can withstand various forces without failure. Moreover, the concept of allowable deviation extends beyond technical fields. It is relevant in quality control processes across different industries. Businesses implement strict quality assurance measures to maintain product standards. Understanding the allowable deviation allows companies to identify defects and take corrective actions without halting production entirely. This balance between maintaining quality and ensuring efficiency is critical for operational success. In conclusion, the idea of allowable deviation plays a significant role in various fields, especially in engineering and manufacturing. It highlights the importance of setting realistic expectations and understanding that while precision is crucial, some level of variability is acceptable. By defining allowable deviation, professionals can ensure safety, functionality, and quality while navigating the complexities of real-world applications. Embracing this concept allows for innovation and improvement, ultimately leading to better products and systems.

在工程和制造领域，精确性至关重要。每个组件都必须达到特定标准，以确保安全、功能和耐用性。然而，在实践中，由于材料特性、环境条件和人为错误等各种因素，实现绝对精确可能面临挑战。这就是可允许偏差概念发挥作用的地方。术语可允许偏差是指从指定标准或测量值的允许变化范围。它承认，虽然追求完美至关重要，但同样重要的是认识到某种程度的变异是不可避免的。例如，考虑汽车机械部件的生产。每个部件都设计有精确的测量，以便在组装中完美契合。然而，由于制造过程，可能会出现轻微的差异。可允许偏差定义了这些变异可以发生而不影响车辆整体性能的可接受限制。如果某个部件超过了这个可允许偏差，可能会导致故障甚至造成安全风险。理解可允许偏差不仅对制造商至关重要，对设计系统的工程师也同样重要。在工程设计中，计算通常包括容差，指定可允许偏差的理想尺寸。这确保了即使组件略微超出规格，仍然可以在系统内正常工作。例如，在土木工程中，桥梁的建造需要精确的计算，以考虑负载和应力。工程师必须确定测量的可允许偏差，以确保结构能够承受各种力量而不发生故障。此外，可允许偏差的概念超越了技术领域。在各行各业的质量控制过程中，它都是相关的。企业实施严格的质量保证措施，以维持产品标准。理解可允许偏差使公司能够识别缺陷并采取纠正措施，而无需完全停止生产。这种在保持质量和确保效率之间的平衡对运营成功至关重要。总之，可允许偏差的概念在各个领域，尤其是工程和制造中发挥着重要作用。它强调设定现实期望的重要性，并理解尽管精确性至关重要，但某种程度的变异是可以接受的。通过定义可允许偏差，专业人士可以确保安全、功能和质量，同时应对现实应用的复杂性。接受这一概念可以促进创新和改进，最终导致更好的产品和系统。