rudder displacement

简明释义

舵位移

英英释义

例句

1.Engineers calculated the optimal rudder displacement for maximum maneuverability.

工程师计算了最大机动性的最佳舵偏角。

2.A large rudder displacement can lead to a quicker turn but may also increase drag.

大的舵偏角可以导致更快的转弯，但也可能增加阻力。

3.Monitoring rudder displacement is crucial during adverse weather conditions to maintain control.

在恶劣天气条件下监控舵偏角对于保持控制至关重要。

4.The captain adjusted the ship's course by increasing the rudder displacement, which is the angle of the rudder from the centerline.

船长通过增加舵偏角来调整船的航向，舵偏角是舵从中心线的角度。

5.During the simulation, we monitored the rudder displacement to ensure the vessel responded correctly to commands.

在模拟过程中，我们监控了舵偏角以确保船只对指令做出正确反应。

作文

In the world of maritime navigation, understanding the mechanics of a vessel is crucial for safe and efficient travel. One of the key components in steering a ship is the rudder, which plays a vital role in controlling the direction of the vessel. The term rudder displacement refers to the angle at which the rudder is turned from its neutral position. This angle significantly affects the maneuverability of the ship and determines how effectively it can change course. When a ship is underway, the captain must make decisions based on various factors such as wind, current, and the presence of other vessels. By adjusting the rudder displacement, the captain can influence the ship's trajectory. A larger angle of displacement allows for sharper turns, while a smaller angle results in more gradual changes in direction. This is particularly important in crowded waters or when navigating through narrow channels where precision is necessary.The mechanics of rudder displacement are not only relevant for large ships but also for smaller boats and recreational vessels. For instance, in sailing, the rudder works in conjunction with the sails to optimize performance. Sailors often adjust the rudder displacement to maintain balance and ensure that the boat moves efficiently through the water. Understanding how to manipulate the rudder can mean the difference between a smooth sailing experience and a challenging one.Moreover, the concept of rudder displacement extends beyond just physical navigation; it also serves as a metaphor in various aspects of life. Just as a captain adjusts the rudder to steer a ship, individuals must make choices that guide their paths. The decisions we make can significantly alter our direction, much like how rudder displacement influences the movement of a vessel. This analogy highlights the importance of being mindful of our choices and the impact they have on our journey.In engineering terms, the study of rudder displacement involves understanding fluid dynamics and the forces acting on the rudder. Engineers design rudders to optimize performance, ensuring that they respond effectively to the captain's commands. Advanced technologies, including computer simulations, are now used to predict how different angles of rudder displacement will affect a ship's movement. This level of analysis is crucial for the design of modern vessels, as it enhances safety and efficiency.In conclusion, the concept of rudder displacement is fundamental to maritime navigation and has broader implications in our lives. Whether we are steering a ship through turbulent waters or making personal decisions, understanding the effects of our actions is essential. As we navigate through life, let us remember the importance of our 'rudder'—the choices we make—and how they shape our journey. By mastering the art of rudder displacement, both literally and metaphorically, we can steer ourselves toward our goals with greater confidence and clarity.

在海洋导航的世界中，理解船只的机械原理对于安全和高效的旅行至关重要。舵是控制船只方向的关键组件之一，它在操控船只行驶中发挥着重要作用。术语rudder displacement指的是舵从其中立位置转动的角度。这个角度显著影响船只的机动性，并决定了它改变航向的有效性。当船只在航行时，船长必须根据风、潮流和其他船只的存在等各种因素做出决策。通过调整rudder displacement，船长可以影响船只的轨迹。较大的位移角度允许更急剧的转弯，而较小的角度则导致方向的逐渐变化。这在拥挤的水域或狭窄的航道中尤为重要，在这些情况下，精确性是必不可少的。rudder displacement的机制不仅与大型船只相关，也适用于较小的船只和休闲船只。例如，在帆船运动中，舵与帆协同工作以优化性能。水手们经常调整rudder displacement以保持平衡，确保船只在水中高效移动。理解如何操控舵可能意味着平稳航行体验和挑战之间的区别。此外，rudder displacement的概念超越了物理导航；它在生活的各个方面也作为一种隐喻。正如船长调整舵以引导船只一样，个人也必须做出选择来指导他们的道路。我们所做的决策可以显著改变我们的方向，就像rudder displacement影响船只的运动一样。这种类比突显了注意我们选择的重要性及其对我们旅程的影响。在工程学上，研究rudder displacement涉及理解流体动力学和作用在舵上的力。工程师设计舵以优化性能，确保它们能有效响应船长的指令。先进技术，包括计算机模拟，现在被用来预测不同的rudder displacement角度将如何影响船只的运动。这种级别的分析对于现代船只的设计至关重要，因为它提高了安全性和效率。总之，rudder displacement的概念是海洋导航的基础，并在我们的生活中具有更广泛的意义。无论我们是在波涛汹涌的水域中驾驶船只，还是在做个人决策，理解我们行为的影响是至关重要的。当我们在人生中航行时，让我们记住我们“舵”的重要性——我们所做的选择——以及它们如何塑造我们的旅程。通过掌握rudder displacement的艺术，无论是字面上还是隐喻上，我们都可以更自信和清晰地引导自己朝着目标前进。