rudder angle order

简明释义

舵角传令钟

英英释义

例句

1.The pilot adjusted the rudder angle order to avoid an obstacle in the water.

飞行员调整了舵角指令以避免水中的障碍物。

2.During the maneuvering phase, the crew closely monitored the rudder angle order for optimal navigation.

在操纵阶段，船员们密切监测舵角指令以确保最佳航行。

3.The rudder angle order was changed to improve the vessel's turning radius.

为了改善船只的转弯半径，舵角指令被更改。

4.The captain issued a rudder angle order to steer the ship towards the harbor.

船长发出了舵角指令，以将船驶向港口。

5.Communication between the bridge and engine room is crucial for executing the rudder angle order smoothly.

桥梁与机舱之间的沟通对于顺利执行舵角指令至关重要。

作文

Navigating a ship through the vast ocean requires a deep understanding of various technical terms and procedures. One crucial aspect of maritime navigation is the control of the ship's direction, which is primarily achieved through the use of the rudder. The term rudder angle order refers to the command given to adjust the angle of the rudder, thereby influencing the vessel's course. Understanding this concept is essential for both aspiring mariners and seasoned navigators alike.The rudder is a flat piece of material, usually made of wood or metal, that is attached to the stern of the ship. When the rudder is turned, it creates a hydrodynamic force that changes the direction of the vessel. The angle at which the rudder is positioned is critical; a small change can significantly alter the ship's path. This is where the rudder angle order comes into play. It is essentially an instruction from the helmsman or bridge team to the engine room or autopilot system to adjust the rudder's position.In practice, the rudder angle order is often communicated using specific degrees. For example, a command might be given to set the rudder to 15 degrees to port or starboard. This precise measurement ensures that the ship turns at the correct rate and maintains a steady course. Mariners must be trained to understand the implications of different rudder angles, as well as how external factors such as wind and current can affect the ship's maneuverability.The importance of the rudder angle order cannot be overstated, especially in challenging conditions. In heavy seas or when navigating through narrow channels, accurate rudder adjustments are vital for maintaining control of the vessel. A miscalculation in the rudder angle can lead to dangerous situations, including grounding or collisions with other vessels. Therefore, effective communication and teamwork among the crew are essential when executing these orders.Moreover, modern technology has enhanced our ability to manage rudder angle orders. Automated systems can now interpret commands and adjust the rudder accordingly, allowing for more precise navigation. However, human oversight remains crucial. Operators must continuously monitor the performance of these systems to ensure they respond correctly to the rudder angle order and adapt to changing sea conditions.In conclusion, the concept of rudder angle order is fundamental to maritime navigation. It encompasses not only the technical aspects of ship handling but also the need for effective communication and teamwork among the crew. As we continue to advance technologically, the principles behind rudder control will remain a cornerstone of safe and efficient navigation. Understanding the intricacies of rudder angle orders will empower future generations of mariners to navigate the seas with confidence and skill.

在广阔的海洋中航行需要深入理解各种技术术语和程序。海上导航的一个关键方面是控制船只的方向，这主要是通过使用舵来实现的。术语舵角命令指的是调整舵的角度的指令，从而影响船只的航向。理解这一概念对于有志于航海的人和经验丰富的导航员来说都是至关重要的。舵是一个平坦的材料，通常由木材或金属制成，连接在船的尾部。当舵被转动时，它会产生一种水动力，使船只改变方向。舵的位置角度至关重要；小的变化就可以显著改变船只的航线。这就是舵角命令发挥作用的地方。它基本上是从舵手或驾驶台团队发出的指令，要求机舱或自动驾驶系统调整舵的角度。在实践中，舵角命令通常使用特定的度数进行传达。例如，可以给出命令，将舵设置为15度向左或向右。这一精确的测量确保了船只以正确的速度转弯并保持稳定的航线。水手们必须接受培训，以理解不同舵角的含义，以及风和水流等外部因素如何影响船只的机动性。在挑战性条件下，舵角命令的重要性不容小觑。在恶劣的海况或在狭窄的航道中航行时，准确的舵调整对于保持船只的控制至关重要。舵角的错误计算可能导致危险的情况，包括搁浅或与其他船只相撞。因此，在执行这些命令时，船员之间有效的沟通和团队合作是必不可少的。此外，现代技术增强了我们管理舵角命令的能力。自动化系统现在可以解释命令并相应地调整舵，从而实现更精确的导航。然而，人为监督仍然至关重要。操作员必须不断监控这些系统的性能，以确保它们正确响应舵角命令并适应不断变化的海洋条件。总之，舵角命令的概念是海上导航的基础。它不仅涵盖了船舶操纵的技术方面，还强调了船员之间有效沟通和团队合作的必要性。随着技术的不断进步，舵控制背后的原则将继续成为安全高效导航的基石。理解舵角命令的复杂性将使未来一代水手能够自信而熟练地航行于海洋。