rudder axis

简明释义

舵轴

英英释义

例句

1.During the inspection, we found that the rudder axis 舵轴 was damaged and needed replacement.

在检查中，我们发现rudder axis 舵轴受损，需要更换。

2.The pilot adjusted the controls to align the rudder axis 舵轴 with the wind direction.

飞行员调整控制以使rudder axis 舵轴与风向对齐。

3.The engineers calibrated the rudder axis 舵轴 to improve the vessel's maneuverability.

工程师校准了rudder axis 舵轴以提高船只的机动性。

4.A misaligned rudder axis 舵轴 can cause significant steering issues.

不对齐的rudder axis 舵轴会导致严重的转向问题。

5.Understanding the function of the rudder axis 舵轴 is crucial for effective navigation.

理解rudder axis 舵轴的功能对有效导航至关重要。

作文

The concept of the rudder axis is crucial in understanding how vessels navigate through water. The rudder axis refers to the imaginary line around which the rudder pivots, allowing for steering and directional control of a boat or ship. This pivot point is essential for the effective maneuvering of marine vessels, especially in challenging conditions such as strong currents or high winds. When a captain turns the wheel of a ship, the movement is transmitted to the rudder, which rotates around the rudder axis. This rotation changes the angle of the rudder relative to the water flow, creating a force that pushes the stern of the vessel in the opposite direction. As a result, the ship turns in the desired direction. Understanding the mechanics of the rudder axis is vital for anyone involved in maritime navigation, from seasoned sailors to novice boaters.In practical terms, the design and positioning of the rudder axis can significantly affect a vessel's performance. A well-placed rudder axis allows for quicker and more responsive turns, which is particularly important in tight spaces, such as harbors. Conversely, if the rudder axis is misaligned or poorly designed, it can lead to sluggish handling and increased difficulty in steering. This is why naval architects pay close attention to the rudder axis when designing new ships.Moreover, the rudder axis is not only relevant for traditional boats but also plays a crucial role in modern maritime technology. With the advent of advanced navigation systems and automated steering mechanisms, understanding the rudder axis remains important. These systems often rely on precise calculations related to the rudder axis to ensure safe and efficient travel across oceans and waterways.In conclusion, the rudder axis is a fundamental aspect of marine navigation that affects how vessels respond to steering inputs. Whether one is operating a small sailboat or a large cargo ship, a solid grasp of the rudder axis and its implications can enhance safety and efficiency on the water. As technology continues to evolve, the principles surrounding the rudder axis will remain integral to the art of navigation, ensuring that mariners can confidently traverse the seas with skill and precision.

“舵轴”的概念对于理解船只如何在水中航行至关重要。“舵轴”指的是舵旋转的虚拟线，舵围绕这条线进行旋转，从而使船只能够进行操控和方向控制。这个支点对于海洋船只的有效机动至关重要，尤其是在强流或大风等挑战性条件下。当船长转动船舵时，这一动作会传递到舵上，舵围绕“舵轴”旋转。这种旋转改变了舵相对于水流的角度，产生了一种力，将船尾向相反方向推。因此，船只朝着期望的方向转弯。理解“舵轴”的机械原理对于任何参与海事导航的人来说都是至关重要的，从经验丰富的水手到初学者。在实际操作中，“舵轴”的设计和定位可以显著影响船只的性能。合理放置的“舵轴”可以实现更快速、更灵敏的转向，这在港口等狭窄空间尤为重要。相反，如果“舵轴”对齐不当或设计不良，可能导致操控迟缓，增加驾驶难度。这就是为什么海军建筑师在设计新船时会特别关注“舵轴”。此外，“舵轴”不仅与传统船只相关，而且在现代海洋技术中也扮演着重要角色。随着先进导航系统和自动驾驶机制的出现，理解“舵轴”仍然是重要的。这些系统通常依赖于与“舵轴”相关的精确计算，以确保安全高效地穿越海洋和水道。总之，“舵轴”是海洋导航的基本方面，影响着船只对操控输入的响应。无论是操作小型帆船还是大型货船，牢固掌握“舵轴”及其含义可以提高水上的安全性和效率。随着技术的不断发展，围绕“舵轴”的原则将继续成为导航艺术的重要组成部分，确保水手能够自信地以技巧和精准穿越海洋。