gulleting of rudder

简明释义

镶舵入座

英英释义

例句

1.The crew was trained to recognize the symptoms of gulleting of rudder before it becomes critical.

船员接受了培训，以便在舵的吞噬现象变得危急之前识别症状。

2.After inspecting the vessel, they found signs of gulleting of rudder that needed immediate attention.

检查船只后，他们发现了需要立即处理的舵的吞噬现象的迹象。

3.Proper maintenance can prevent the gulleting of rudder that often occurs in rough seas.

适当的维护可以防止在恶劣海况中常见的舵的吞噬现象。

4.The engineer explained how the gulleting of rudder affects the ship's maneuverability.

工程师解释了舵的吞噬现象如何影响船只的机动性。

5.The captain noticed the gulleting of rudder during the storm, which made steering difficult.

船长注意到在暴风雨中出现了舵的吞噬现象，这使得操控变得困难。

作文

In the realm of maritime navigation, the term gulleting of rudder refers to a specific phenomenon that occurs when the rudder of a ship is subjected to excessive forces, often leading to a distortion or alteration in its shape. This can happen due to various factors such as strong currents, improper steering techniques, or even structural weaknesses in the vessel itself. Understanding the implications of gulleting of rudder is crucial for sailors and engineers alike, as it directly affects the maneuverability and safety of the ship.The rudder plays a pivotal role in steering a vessel. It is the primary tool that allows a captain to navigate through challenging waters, ensuring that the ship remains on course. However, when the rudder experiences gulleting of rudder, it can lead to significant issues. A gulletted rudder may not respond effectively to steering commands, causing the ship to drift off course or become difficult to control. This can be particularly dangerous in situations where precise navigation is required, such as during docking maneuvers or when navigating through narrow channels.Moreover, the gulleting of rudder can result in increased wear and tear on the vessel's steering system. If left unaddressed, it could lead to more severe structural damage, requiring costly repairs and potentially jeopardizing the safety of the crew and passengers. Therefore, it is essential for ship operators to regularly inspect the rudder and its components to identify any signs of gulleting early on.To mitigate the risks associated with gulleting of rudder, sailors are encouraged to adopt best practices in navigation. This includes understanding the environmental conditions they are sailing in, such as wind speed and direction, as well as water currents. By being aware of these factors, sailors can adjust their steering techniques accordingly, reducing the likelihood of subjecting the rudder to excessive forces.Furthermore, advancements in technology have provided new tools for monitoring and analyzing the performance of a ship's rudder. Modern vessels are often equipped with sensors that can detect unusual movements or stress on the rudder, alerting the crew to potential issues before they escalate. This proactive approach to maintenance and monitoring is vital in preventing gulleting of rudder and ensuring the vessel operates safely and efficiently.In conclusion, the gulleting of rudder is a critical concept in maritime navigation that highlights the importance of maintaining the integrity of a ship's steering system. By understanding the causes and consequences of this phenomenon, sailors can take appropriate measures to ensure the safety and efficiency of their vessels. Regular inspections, awareness of environmental conditions, and the use of modern technology are all essential components in preventing gulleting and preserving the functionality of the rudder. Ultimately, a well-maintained rudder not only enhances the performance of the ship but also ensures the safety of everyone on board.

在海洋导航领域，术语舵的凹陷指的是当船舶的舵受到过大力量时发生的一种特定现象，这往往导致其形状的扭曲或改变。这种情况可能由于各种因素引起，例如强流、不当的操舵技术，甚至是船只本身的结构弱点。理解舵的凹陷的含义对于水手和工程师来说至关重要，因为它直接影响到船舶的机动性和安全性。舵在引导船舶方面起着至关重要的作用。它是船长在挑战性水域中导航的主要工具，确保船舶保持在航线上。然而，当舵经历舵的凹陷时，可能会导致显著问题。一个凹陷的舵可能无法有效响应操舵命令，导致船舶偏离航线或变得难以控制。这在需要精确导航的情况下尤其危险，例如在停靠操作或通过狭窄水道时。此外，舵的凹陷可能导致船舶操控系统的磨损加剧。如果不加以解决，可能会导致更严重的结构损坏，需进行昂贵的修理，并可能危及船员和乘客的安全。因此，船舶操作员必须定期检查舵及其组件，以便及早发现任何凹陷迹象。为了减轻与舵的凹陷相关的风险，鼓励水手在导航中采用最佳实践。这包括了解他们所航行的环境条件，例如风速和方向，以及水流。通过了解这些因素，水手可以相应调整其操舵技术，从而减少将舵置于过大力量下的可能性。此外，技术的进步为监测和分析船舶舵的性能提供了新工具。现代船只通常配备传感器，可以检测舵的异常运动或压力，提前警告船员潜在的问题。这种主动的维护和监测方法对防止舵的凹陷至关重要，并确保船舶安全高效地运行。总之，舵的凹陷是海洋导航中一个关键概念，突显了维护船舶操控系统完整性的重要性。通过理解这一现象的原因和后果，水手可以采取适当措施，确保船舶的安全和效率。定期检查、对环境条件的关注以及现代技术的使用都是防止凹陷并保持舵功能的必要组成部分。最终，维护良好的舵不仅能提升船舶性能，还能确保船上所有人的安全。