torqued

简明释义

英[tɔːkt]美[tɔːrkt]

v. （使机器等旋转的）转矩（torque 的过去式和过去分词）

英英释义

单词用法

同义词

反义词

例句

1.He is sleeping with abandon, torqued into anunlikely shape as though he’s washed up on some beach, one arm over his eyes toshut out the morning, his long black hair splayed over the pillow.

他正在呼呼大睡，身体扭曲成与平时不同的形状，仿佛刚刚被海浪冲上海滩，他的一只胳膊挡在眼前，遮住清晨明亮的光线，黑色的长发散乱在枕头上。

2.These valves will also sustain damage when excessively torqued.

当过分扭转时，这些阀门还是会受到损伤。

3.A total of 70 freshly-cut bamboo trunks were torqued into a gentle curve, which is held in place with the reeds left over from the rice harvest.

共计有70棵刚刚砍下的竹子被弯曲成特定的曲线，捆绑固定在正确的位置后用来自于水稻收获的秸秆进行遮蔽覆盖。

4.An inadequately torqued fastener can vibrate or work loose; conversely, if the tension is too high, the fastener can snap or strip its threads.

一个不适当的扭矩紧固件可能会振动或松掉，相反，如果张力过高，紧固件可能会拉断或剥掉其连线。

5.He is sleeping with abandon, torqued into anunlikely shape as though he’s washed up on some beach, one arm over his eyes toshut out the morning, his long black hair splayed over the pillow.

他正在呼呼大睡，身体扭曲成与平时不同的形状，仿佛刚刚被海浪冲上海滩，他的一只胳膊挡在眼前，遮住清晨明亮的光线，黑色的长发散乱在枕头上。

6.The threaded tool joints must be correctly identified and then torqued to the correct value to ensure a secure tool string without damaging the tool or tubular body.

带螺纹的工具接头必须经过正确地鉴别，然后被扭转至正确数值，以确保工具管柱牢固可靠而不损坏工具或管子体部。

7.She went to the Far East with the fast carrier Malta, but she suffered a collision with another warship and her hastily-repaired hull was badly torqued in a Pacific typhoon's rough seas.

她和快速航母马耳他号一起派往远东，她与另一艘战舰相撞，经紧急修理的船壳在台风中被严重扭曲。

8.After torqued the wheel nuts, I felt confident driving the car.

在拧紧车轮螺母后，我对驾驶这辆车感到很有信心。

9.The mechanic carefully torqued the bolts to ensure they were secure.

机械师小心地扭紧螺栓，以确保它们安全。

10.He used a torque wrench to ensure he torqued the parts accurately.

他使用扭矩扳手确保自己准确地扭紧部件。

11.Before the race, the team torqued all the critical fasteners on the bike.

在比赛之前，团队对自行车上的所有关键紧固件进行了扭紧。

12.The engineer torqued the components to the specified values to avoid any failures.

工程师将组件扭紧到规定的值，以避免任何故障。

作文

In the world of mechanics and engineering, understanding the concept of torque is crucial. Torque is a measure of the rotational force applied to an object, often represented in units like Newton-meters or foot-pounds. When we describe something as being torqued, we refer to the action of applying such rotational force. This term is particularly important when discussing machinery, vehicles, and various mechanical systems. For instance, when a mechanic tightens a bolt on an engine, they apply a specific amount of torque to ensure that the bolt is secure yet not over-tightened, which could lead to damage. The process of tightening can be described as having the bolt torqued to a certain specification, ensuring optimal performance and safety.Understanding how torque works can also help us appreciate the importance of proper maintenance in mechanical devices. If a bolt is not torqued correctly, it can lead to loosening over time, potentially causing catastrophic failures. For example, in automotive applications, if the wheel lug nuts are not torqued to the manufacturer’s specifications, it could result in a wheel coming loose while driving, posing a serious safety risk.Moreover, the concept of torqued extends beyond just mechanical applications. In everyday life, we often encounter situations where we need to apply force in a rotational manner. For instance, when opening a jar, we might twist the lid until it comes off. This action involves torque, and if the lid is stuck, we may find ourselves exerting more force than usual to get it torqued loose. It’s fascinating how this principle applies to both simple tasks and complex machinery.In sports, the idea of torque plays a significant role as well. Athletes often utilize torque to enhance their performance. For example, a golfer uses the torque generated from their body’s rotation to drive the ball further. The twisting motion creates energy that is transferred through the club to the ball. The more effectively an athlete can generate and control torque, the better their performance will be. In this context, one could say that their movements are torqued for maximum efficiency.Furthermore, the understanding of torqued can also be applied in the field of physics. When studying rotational dynamics, torque is a fundamental concept that helps explain how objects rotate around an axis. The relationship between torque, angular acceleration, and moment of inertia is critical in predicting how an object will move when subjected to rotational forces. For students of physics, grasping the significance of torqued forces can lead to a deeper understanding of mechanics and motion.In conclusion, the term torqued encapsulates a vital aspect of both mechanical engineering and everyday life. Whether we are tightening bolts, opening jars, or enhancing athletic performance, the concept of torque is ever-present. By recognizing the importance of applying the right amount of torque, we can ensure safety and efficiency in various activities. Understanding how to properly manage torque not only enhances our technical skills but also enriches our daily experiences, making the concept of torqued relevant in numerous contexts. As we continue to explore the intricacies of force and motion, the significance of torque will undoubtedly remain a key element in our understanding of the physical world.

在机械和工程的世界中，理解扭矩的概念至关重要。扭矩是施加于物体的旋转力的度量，通常以牛顿米或英尺磅等单位表示。当我们描述某物被torqued时，我们指的是施加这种旋转力的动作。这个术语在讨论机械、车辆和各种机械系统时尤为重要。例如，当机械师拧紧发动机上的螺栓时，他们施加特定数量的扭矩，以确保螺栓安全，但又不会过度紧固，这可能会导致损坏。拧紧的过程可以描述为将螺栓torqued到某个规格，从而确保最佳性能和安全性。理解扭矩的工作原理也可以帮助我们认识到在机械设备中正确维护的重要性。如果螺栓没有正确地torqued，它可能会随着时间的推移而松动，从而导致灾难性的故障。例如，在汽车应用中，如果车轮螺母没有按照制造商的规格进行torqued，可能会导致在驾驶过程中车轮松动，造成严重的安全风险。此外，torqued的概念不仅限于机械应用。在日常生活中，我们经常遇到需要以旋转方式施加力的情况。例如，当打开一个罐子时，我们可能会扭动盖子直到它打开。这一动作涉及扭矩，如果盖子卡住了，我们可能会发现自己需要施加比平常更多的力量来将其torqued松开。这个原理在简单任务和复杂机械中都有应用，真是令人着迷。在体育运动中，扭矩的概念也发挥着重要作用。运动员通常利用扭矩来增强他们的表现。例如，高尔夫球手利用身体旋转产生的扭矩来击打球更远。扭转动作产生的能量通过球杆传递到球上。运动员能够更有效地产生和控制扭矩，他们的表现就会更好。在这种情况下，可以说他们的动作是为了最大效率而torqued的。此外，torqued的理解也可以应用于物理学领域。在研究旋转动力学时，扭矩是一个基本概念，有助于解释物体如何围绕轴旋转。扭矩、角加速度和惯性矩之间的关系对于预测物体在受到旋转力时的运动至关重要。对于物理学学生来说，掌握torqued力的重要性可以加深对机械和运动的理解。总之，术语torqued概括了机械工程和日常生活中的一个重要方面。无论我们是在拧紧螺栓、打开罐子还是提升运动表现，扭矩的概念始终存在。通过认识到施加适当扭矩的重要性，我们可以确保在各种活动中的安全性和效率。理解如何正确管理扭矩不仅增强了我们的技术技能，还丰富了我们的日常体验，使得torqued的概念在许多上下文中都具有相关性。当我们继续探索力和运动的复杂性时，扭矩的重要性无疑将继续成为我们理解物理世界的关键元素。