torquing

简明释义

英[ˈtɔːkɪŋ]美[ˈtɔrkɪŋ]

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英英释义

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例句

1.Proper torquing avoids elastic separation of the mating parts under load and resists gradual loosening over time.

扭矩正确，就能防止配合部件在负荷作用下出现弹性分离，并防止部件在长期运转过程中逐渐松动。

2.The torquing current is measured and related to drift rate by prior calibration data.

测出产生力矩的电流，然后根据事先校正的数据来算出飘移率。

3.Undesirable magnetic coupling can occur as a result of an error in the alignment of the torquing system.

力矩系统校直存在的误差能产生不希望有的磁性耦合。

4.The special support and the single torquer structure is used to open a new technical way for increasing the gyro torquing rate.

其采用的特殊支承及单力矩器结构，为提高陀螺加矩速率开阔了新的技术途径。

5.The museum's torquing tower soars above the trees and proves a lightning rod for critics.

博物馆的旋转塔于树林当中高耸屹立，招来一片强烈批评。

6.The special support and the single torquer structure is used to open a new technical way for increasing the gyro torquing rate.

其采用的特殊支承及单力矩器结构，为提高陀螺加矩速率开阔了新的技术途径。

7.It's important to follow the manufacturer's specifications when torquing engine parts.

在扭矩发动机部件时，遵循制造商的规格是很重要的。

8.Before the race, the team spent hours torquing the wheels on the car.

在比赛之前，团队花了几个小时扭矩汽车的轮子。

9.He was torquing the screws to prevent any leaks in the plumbing.

他正在扭矩螺丝以防止管道出现任何泄漏。

10.The mechanic was torquing the bolts to ensure they were secure.

机械师正在扭矩螺栓以确保它们牢固。

11.The technician demonstrated how to properly torquing the transmission bolts.

技术员演示了如何正确地扭矩变速器螺栓。

作文

In the world of engineering and mechanics, the term torquing refers to the process of applying torque to an object, often a bolt or a nut, to achieve a specific level of tightness. Torque is a measure of the rotational force applied to an object, and understanding how to properly apply it is crucial in various applications, from assembling machinery to constructing buildings. The significance of torquing cannot be overstated, as improper application can lead to catastrophic failures or structural weaknesses.When we discuss torquing, it is essential to consider the tools involved. A torque wrench is commonly used to ensure that the correct amount of torque is applied. This tool allows engineers and mechanics to measure the amount of force being exerted, ensuring that it falls within specified limits. For instance, when assembling an engine, each bolt must be torqued to a precise specification. If a bolt is under-tightened, it may come loose during operation, leading to a breakdown. Conversely, over-tightening can strip the threads or even break the bolt altogether.The process of torquing involves several steps. First, it is important to clean the surfaces of the bolts and nuts to remove any debris or old lubricant that could affect the friction and ultimately the torque applied. Next, the engineer will refer to the manufacturer’s specifications for the required torque value. This value is usually provided in foot-pounds or Newton-meters, depending on the region.Once the correct torque value is identified, the torquing process begins. The torque wrench is set to the desired value, and the user applies force to the handle until the wrench clicks or indicates that the set torque has been reached. It is vital to apply the force slowly and steadily to avoid sudden jolts that could impact the accuracy of the measurement.In addition to mechanical applications, torquing also has implications in other fields such as physics and automotive design. For example, in automotive engineering, understanding how to properly torque components like wheel lug nuts is critical for vehicle safety. A car with improperly torqued lug nuts could experience wheel detachment while driving, resulting in severe accidents.Moreover, torquing is not only about achieving the right tightness but also about ensuring uniformity across multiple fasteners. In construction, for instance, when erecting steel beams, each bolt must be torqued evenly to distribute the load and prevent stress concentrations that could lead to failure.In conclusion, the concept of torquing is fundamental in various industries where precision and safety are paramount. Whether in engineering, automotive design, or construction, understanding how to properly apply torque is essential for maintaining the integrity of structures and machines. As technology advances, the methods and tools for torquing continue to evolve, but the underlying principles remain the same. Mastery of this skill ensures that projects are completed safely and effectively, highlighting the importance of this seemingly simple yet critical process.

在工程和机械的世界中，术语torquing指的是对物体（通常是螺栓或螺母）施加扭矩以达到特定紧固程度的过程。扭矩是施加于物体的旋转力的度量，理解如何正确施加扭矩在各种应用中至关重要，从组装机械到建筑施工。torquing的重要性不容小觑，因为不当施加可能导致灾难性故障或结构弱点。当我们讨论torquing时，必须考虑所涉及的工具。扭矩扳手通常用于确保施加正确的扭矩。该工具允许工程师和机械师测量施加的力，以确保其在指定的限制范围内。例如，在组装发动机时，每个螺栓必须被torqued到精确的规格。如果螺栓未紧固到位，可能会在操作过程中松动，导致故障。相反，过度紧固可能会剥离螺纹甚至折断螺栓。torquing的过程涉及几个步骤。首先，清洁螺栓和螺母的表面，以去除任何可能影响摩擦和最终施加扭矩的碎屑或旧润滑剂是很重要的。接下来，工程师将参考制造商提供的所需扭矩值。这个值通常以英尺-磅或牛顿-米为单位，具体取决于地区。一旦确定了正确的扭矩值，torquing过程就开始了。扭矩扳手设置为所需值，用户施加力量到手柄上，直到扳手发出点击声或指示设定的扭矩已达到。缓慢而稳定地施加力量至关重要，以避免突然的冲击，这可能影响测量的准确性。除了机械应用，torquing在物理学和汽车设计等其他领域也有影响。例如，在汽车工程中，了解如何正确torque像车轮螺母这样的组件对车辆安全至关重要。一辆螺母未正确torqued的汽车在行驶时可能会发生车轮脱落，导致严重事故。此外，torquing不仅仅是达到正确的紧固程度，还涉及确保多个紧固件之间的一致性。例如，在建筑中，在竖立钢梁时，每个螺栓必须均匀地torqued，以分配负载并防止应力集中，从而导致故障。总之，torquing的概念在各种行业中都是基础，因为这些行业对精确性和安全性有着严格要求。无论是在工程、汽车设计还是建筑中，理解如何正确施加扭矩对于维护结构和机器的完整性至关重要。随着技术的发展，torquing的方法和工具不断演变，但基本原则保持不变。掌握这一技能确保项目的安全有效完成，突显了这一看似简单但至关重要的过程的重要性。