swivel disturbance

简明释义

旋转扰动

英英释义

例句

1.To improve stability, we need to address the swivel disturbance in the assembly line.

为了提高稳定性，我们需要解决生产线上的旋转干扰问题。

2.The pilot reported a swivel disturbance during the turbulence, which made it difficult to maintain control.

飞行员报告在颠簸期间出现了旋转干扰，这使得控制变得困难。

3.During the test, the team observed a swivel disturbance that affected the accuracy of the measurements.

在测试过程中，团队观察到一个旋转干扰，影响了测量的准确性。

4.Engineers are investigating the cause of the swivel disturbance in the robotic arm's movement.

工程师正在调查机器人手臂运动中的旋转干扰原因。

5.The technician noted a slight swivel disturbance in the machine's operation, indicating a potential alignment issue.

技术人员注意到机器运行中有轻微的旋转干扰，这表明可能存在对齐问题。

作文

In the realm of physics and engineering, understanding the concept of motion is crucial. One interesting phenomenon that often arises in discussions about rotational motion is what we refer to as swivel disturbance. This term describes the unexpected changes or disruptions that occur when an object, particularly one that is mounted on a swivel or pivot, experiences an external force or torque. For example, consider a ceiling fan. When the blades are turning smoothly, they create a stable airflow. However, if someone were to push against the fan's body while it is in motion, this could lead to a swivel disturbance, causing the fan to wobble or shake uncontrollably.The implications of swivel disturbance extend beyond just simple mechanical systems. In the field of robotics, engineers must account for these disturbances when designing robotic arms or mobile robots. If a robotic arm is programmed to perform precise movements but encounters a swivel disturbance due to an unexpected obstacle, its performance could be compromised. Therefore, understanding how to mitigate such disturbances is essential for ensuring accuracy and reliability in robotic applications.Moreover, swivel disturbance can also be observed in everyday life. Imagine a person sitting on a swivel chair who suddenly shifts their weight to one side. This shift can cause the chair to tilt unexpectedly, leading to a momentary loss of balance. Such disturbances remind us of the importance of stability in our physical interactions with the world around us. Whether in a mechanical system or in our daily activities, maintaining equilibrium is key to preventing accidents and ensuring smooth operations.To better understand swivel disturbance, one can analyze its effects through practical experiments. For instance, setting up a simple apparatus with a swivel joint and applying varying forces can illustrate how different amounts of torque affect the stability of the system. By observing the resulting motions and disturbances, students can gain valuable insights into the principles of mechanics and dynamics.In conclusion, swivel disturbance is a significant concept that encompasses various aspects of motion, stability, and control. Its relevance spans across multiple disciplines, including physics, engineering, and even daily life scenarios. By comprehending this phenomenon, we can improve our designs in technology and enhance our understanding of motion in our surroundings. Ultimately, recognizing the potential for disturbances allows us to create more robust systems that can withstand unexpected changes, leading to safer and more efficient operations in both mechanical and human contexts.

在物理和工程领域，理解运动的概念至关重要。在关于旋转运动的讨论中，一个有趣的现象是我们所称之为swivel disturbance（旋转干扰）。这个术语描述的是当一个物体，特别是一个安装在旋转或铰链上的物体，受到外力或扭矩的影响时发生的意外变化或干扰。例如，考虑一个吊扇。当扇叶平稳转动时，它们会产生稳定的气流。然而，如果有人在扇子运动时推一下它的身体，这可能会导致swivel disturbance，使风扇摇晃或剧烈晃动。swivel disturbance的影响不仅限于简单的机械系统。在机器人技术领域，工程师在设计机器人手臂或移动机器人时必须考虑这些干扰。如果一个机器人手臂被编程执行精确的运动，但由于意外障碍物遇到swivel disturbance，其性能可能会受到影响。因此，了解如何减轻这种干扰对于确保机器人应用的准确性和可靠性至关重要。此外，swivel disturbance也可以在日常生活中观察到。想象一下，一个人坐在旋转椅上，突然将体重移到一侧。这种移动可能会导致椅子意外倾斜，从而导致短暂的失去平衡。这些干扰提醒我们在与周围世界的物理互动中保持稳定的重要性。无论是在机械系统中还是在我们的日常活动中，保持平衡是防止事故和确保顺利操作的关键。为了更好地理解swivel disturbance，可以通过实际实验来分析其效果。例如，设置一个简单的带有旋转接头的装置，并施加不同的力量，可以说明不同的扭矩量如何影响系统的稳定性。通过观察结果运动和干扰，学生可以获得关于力学和动力学原理的宝贵见解。总之，swivel disturbance是一个重要的概念，涵盖了运动、稳定性和控制的各个方面。它的相关性跨越多个学科，包括物理、工程，甚至日常生活场景。通过理解这一现象，我们可以改善技术设计，增强对周围运动的理解。最终，认识到干扰的潜力使我们能够创建更强大的系统，以抵御意外变化，从而在机械和人类环境中实现更安全、更高效的操作。