turning by ahead and astern engine

简明释义

进倒车掉头

英英释义

例句

1.The engineer explained that turning by ahead and astern engine is essential for precise docking maneuvers.

工程师解释说，前进和倒退发动机转向对于精确的停靠操作至关重要。

2.The captain instructed the crew to maneuver the vessel by turning by ahead and astern engine to navigate through the narrow channel.

船长指示船员通过前进和倒退发动机转向来驶过狭窄的航道。

3.In rough seas, turning by ahead and astern engine allows for better control of the ship's direction.

在汹涌的海面上，通过前进和倒退发动机转向可以更好地控制船只的方向。

4.The pilot recommended turning by ahead and astern engine to avoid an impending collision with the cargo ship.

飞行员建议通过前进和倒退发动机转向来避免与货船即将发生的碰撞。

5.During the drill, we practiced turning by ahead and astern engine to enhance our emergency response skills.

在演习中，我们练习了前进和倒退发动机转向以增强我们的应急响应能力。

作文

Navigating a vessel through narrow waters requires a keen understanding of various maneuvers, one of which is the technique known as turning by ahead and astern engine. This method involves using both the forward and reverse thrust of the ship's engines to achieve precise turns. When a captain decides to execute this maneuver, they are essentially utilizing the power of the engines to alter the ship's direction effectively. The ability to turn a vessel in tight spaces is crucial, especially in busy harbors or when docking at a marina. The process begins with the captain assessing the surrounding environment. It is important to ensure that there is enough space to perform the turn without risking collision with other vessels or obstacles. Once the area is deemed safe, the captain will engage the turning by ahead and astern engine technique. By first applying power to the forward engine, the ship will begin to move in the desired direction. Simultaneously, engaging the astern engine will create a counteracting force that helps to pivot the vessel more sharply. This dual-engine operation allows for greater control over the ship's trajectory. The key advantage of turning by ahead and astern engine is its effectiveness in reducing the turning radius, making it possible to navigate in areas where traditional turning methods would be impractical. Moreover, this technique can be particularly beneficial in adverse weather conditions, where wind and currents may otherwise hinder navigation. However, executing this maneuver requires skill and experience. A novice captain might struggle to coordinate the engines effectively, leading to potential mishaps. Therefore, training and practice are essential components of mastering the turning by ahead and astern engine technique. Many maritime schools emphasize the importance of this maneuver in their curricula, ensuring that future captains are well-prepared for real-world challenges. In addition to its practical applications, understanding turning by ahead and astern engine also provides insights into the broader principles of maritime navigation. It highlights the importance of engine power and its role in maneuverability. As technology advances, ships are becoming increasingly sophisticated, yet the fundamental principles of navigation remain unchanged. The ability to control a vessel's movement through effective use of engines is a timeless skill that every captain must possess. In conclusion, turning by ahead and astern engine is a vital maneuver in the world of maritime navigation. It exemplifies the delicate balance between power and control, allowing vessels to navigate challenging environments safely. For anyone aspiring to become a captain, mastering this technique is not just a requirement; it is an essential part of ensuring the safety of the crew, the vessel, and the marine environment. As we continue to explore the depths of our oceans and the intricacies of our waterways, techniques like turning by ahead and astern engine will remain fundamental to successful navigation.

在狭窄水域中航行需要对各种机动有深刻的理解，其中一种技术被称为前进和倒退引擎转向。这种方法涉及使用船舶引擎的前向和后退推力来实现精确的转弯。当船长决定执行这一机动时，他们实际上是在利用引擎的动力有效地改变船只的方向。在狭窄空间中转动船只的能力至关重要，尤其是在繁忙的港口或在码头停靠时。这个过程始于船长评估周围环境。确保有足够的空间进行转弯而不冒与其他船只或障碍物碰撞的风险是很重要的。一旦区域被认为是安全的，船长就会启动前进和倒退引擎转向技术。首先通过前向引擎施加动力，船只将开始朝着所需方向移动。同时，启用倒退引擎将产生一个反作用力，帮助船只更锐利地转向。这种双引擎操作使得对船只轨迹的控制更为精确。前进和倒退引擎转向的主要优势在于其有效性，可以减少转弯半径，使在传统转弯方法不切实际的区域内航行成为可能。此外，这一技术在恶劣天气条件下特别有益，因为风和潮流可能会妨碍航行。然而，执行这一机动需要技巧和经验。新手船长可能会在协调引擎方面遇到困难，从而导致潜在的意外。因此，培训和实践是掌握前进和倒退引擎转向技术的重要组成部分。许多海事学校在其课程中强调这一机动的重要性，确保未来的船长为现实挑战做好充分准备。除了其实际应用之外，理解前进和倒退引擎转向也提供了对海事导航更广泛原则的见解。它突显了引擎动力及其在机动性中的作用。随着技术的进步，船舶变得越来越复杂，但导航的基本原则保持不变。通过有效利用引擎控制船只运动的能力是一项永恒的技能，每位船长都必须具备。总之，前进和倒退引擎转向是海事导航领域的一项重要机动。它体现了动力与控制之间的微妙平衡，使船只能够安全地在具有挑战性的环境中航行。对于任何渴望成为船长的人来说，掌握这一技术不仅是一个要求；它还是确保船员、船舶和海洋环境安全的重要组成部分。随着我们继续探索海洋的深度和水道的复杂性，像前进和倒退引擎转向这样的技术将继续是成功导航的基础。