runout

简明释义

英[ˈrʌnˌaʊt]美[ˈrʌnˌaʊt]

n. 避开；（板球）刺杀

英英释义

单词用法

同义词

反义词

例句

1.They are afraid that the world will soon runout of oil and run short of food.

他们担心人类不久会用完石油、发生食品短缺！但有些人则持乐观的看法。

2.For validating the dynamic model, the output speed, radial runout, horizontal runout were obtained about the power take-off of the transmission.

根据通过计算得出的主变速器输出轴输出转速、径向跳动量以及水平跳动量来验证模型的正确性。

3.A special purpose test equipment has been developed for commercial motors to calibrate runout of tyre.

专用轮胎平衡机是针对客车和货车而研制的用于校正轮胎不平衡量的一种检测装置。

4.In service, fatigue cracking initiated at the plating runout led to lug fracture.

在实际使用中，在镀层的过渡段发生的疲劳裂纹会导致接耳断裂。

5.We test gear teeth runout with various of gear dia and axial direction runout...

我公司用各种跳动仪测量齿轮径向和轴向跳动。

6.The green tire radial runout is modeled as a vector sum of each of the vectors representing contributions arising from the tire building steps.

绿色轮胎径向跳动被建模为代表的的捐款从轮胎的建设步骤，而每个向量向量的总和。

7.The results of temperature, stress and microstructure were calculated about three kinds of cooling pattern on the runout table.

分析表明，采用稀疏冷却方式能提高厚度方向上的冷却均匀性；

8.The printer stopped working because it had a paper runout.

打印机停止工作是因为它纸张用尽了。

9.We need to order more supplies; we're close to a runout of materials.

我们需要再订购一些供应品；我们快要用尽材料了。

10.The car started making a strange noise, indicating a potential fuel runout.

汽车开始发出奇怪的噪音，表明可能会出现燃料耗尽的情况。

11.After the runout of the special promotion, sales dropped significantly.

在特别促销结束后，销售额显著下降。

12.Please check the inventory to see if we're nearing a stock runout.

请检查库存，看看我们是否接近库存耗尽。

作文

In the world of engineering and manufacturing, the term runout refers to the deviation of a rotating object from its true circular path. More specifically, it measures how far off the centerline of a rotating part is from its intended axis of rotation. This concept is crucial in various applications, including automotive, aerospace, and machinery industries. Understanding runout is essential for ensuring precision and functionality in mechanical systems. When a part has excessive runout, it can lead to several issues, such as increased wear and tear, vibration, and even catastrophic failure in severe cases. For instance, in an automobile, if the brake rotors have too much runout, it can cause the brakes to pulsate when applied, leading to a less effective braking system. This not only compromises safety but also affects the overall driving experience. Measuring runout typically involves using specialized equipment like dial indicators or laser measurement systems. Engineers will often conduct tests on components during the manufacturing process to ensure they meet specified tolerances. If a part fails to meet these standards, it may need to be reworked or discarded altogether, which can significantly impact production timelines and costs. In addition to its importance in manufacturing, runout also plays a role in quality control and maintenance. Regular inspections of rotating machinery can help identify runout issues before they escalate into more serious problems. For example, in a factory setting, monitoring the runout of motors and shafts can prevent costly downtime and maintain operational efficiency. Moreover, understanding runout is not limited to just engineers and technicians. It is also beneficial for anyone involved in the design and operation of machinery. By grasping the implications of runout, designers can create parts that are more robust and easier to maintain. This proactive approach can save time and resources in the long run. On a broader scale, the concept of runout can be metaphorically applied to various aspects of life. For example, in project management, a project can experience a kind of runout when it deviates from its original timeline or budget. Just as in engineering, recognizing this deviation early on allows for corrective actions to be taken, ensuring that the project stays on track. In conclusion, the term runout encompasses a significant aspect of mechanical engineering and manufacturing. Its implications extend beyond technical measurements, influencing safety, performance, and efficiency across various industries. By understanding and addressing runout, professionals can enhance the reliability of their products and systems. Furthermore, the lessons learned from runout can be applied metaphorically to improve processes and outcomes in diverse fields, reminding us that attention to detail is paramount in both engineering and everyday life.

在工程和制造领域，术语runout指的是旋转物体偏离其真实圆周路径的程度。更具体地说，它测量的是旋转部件的中心线与其预定旋转轴之间的偏差。这个概念在汽车、航空航天和机械工业等多个应用中至关重要。理解runout对于确保机械系统的精度和功能性至关重要。 当一个部件有过多的runout时，可能会导致多种问题，例如磨损加剧、振动，甚至在严重情况下发生灾难性故障。例如，在一辆汽车中，如果刹车盘有过多的runout，在施加刹车时会导致刹车出现脉动，从而降低刹车系统的有效性。这不仅危及安全，还影响整体驾驶体验。 测量runout通常需要使用专门的设备，如表盘指示器或激光测量系统。工程师通常会在制造过程中对组件进行测试，以确保它们符合规定的公差。如果某个部件未能达到这些标准，则可能需要进行返工或完全丢弃，这可能会显著影响生产时间表和成本。 除了在制造中的重要性，runout在质量控制和维护中也发挥着作用。定期检查旋转机械可以帮助在问题升级为更严重的问题之前识别出runout问题。例如，在工厂环境中，监测电动机和轴的runout可以防止昂贵的停机并维持操作效率。 此外，理解runout不仅限于工程师和技术人员。它对任何参与机械设计和操作的人都是有益的。通过掌握runout的含义，设计师可以创造出更坚固、更易于维护的部件。这种前瞻性的做法可以在长远中节省时间和资源。 在更广泛的层面上，runout的概念也可以隐喻性地应用于生活的各个方面。例如，在项目管理中，当一个项目偏离其原始时间表或预算时，可以说该项目经历了一种runout。正如在工程中一样，早期识别这种偏差可以采取纠正措施，确保项目保持在轨道上。 总之，术语runout涵盖了机械工程和制造的重要方面。它的影响超越了技术测量，影响着各行业的安全性、性能和效率。通过理解和解决runout，专业人员可以增强其产品和系统的可靠性。此外，从runout中学到的教训可以隐喻性地应用于改善各个领域的流程和结果，提醒我们在工程和日常生活中关注细节是至关重要的。