mean rudder angle

简明释义

平均舵角

英英释义

例句

1.During the storm, the mean rudder angle was crucial for keeping the vessel stable.

在风暴中，平均舵角对于保持船只稳定至关重要。

2.Engineers analyzed the mean rudder angle to optimize the ship's performance in rough seas.

工程师分析了平均舵角以优化船只在恶劣海域的性能。

3.To improve fuel efficiency, the crew monitored the mean rudder angle during the voyage.

为了提高燃油效率，船员在航行期间监测平均舵角。

4.The simulator provided data on the mean rudder angle needed to maintain a steady heading.

模拟器提供了维持稳定航向所需的平均舵角数据。

5.The captain adjusted the ship's course based on the calculated mean rudder angle, which is crucial for navigation.

船长根据计算出的平均舵角调整了船只的航向，这对导航至关重要。

作文

In the field of maritime navigation, understanding the dynamics of a vessel's movement is crucial for safe and efficient operations. One of the key parameters that navigators often monitor is the mean rudder angle, which refers to the average angle at which the rudder is set during a specific period of time. This measurement plays a significant role in determining the effectiveness of steering and maneuverability of a ship. By analyzing the mean rudder angle, captains can make informed decisions about course adjustments and speed changes to ensure optimal navigation.The mean rudder angle is particularly important in various operational scenarios, such as docking, navigating through narrow channels, or during adverse weather conditions. For instance, when a ship approaches a port, the pilot must carefully adjust the mean rudder angle to align the vessel with the docking area. A well-calibrated rudder angle can significantly reduce the risk of collisions and groundings, which are common hazards in busy maritime environments.Moreover, the mean rudder angle can provide insights into the efficiency of a vessel's hull design and propulsion system. Engineers and naval architects often study the relationship between rudder angles and the vessel's performance to optimize designs for better fuel efficiency and reduced environmental impact. By maintaining an appropriate mean rudder angle, vessels can minimize drag and resistance, leading to lower fuel consumption and emissions.In addition to its technical implications, the mean rudder angle also has strategic importance in maritime operations. Fleet managers and shipping companies analyze this data to improve overall fleet performance. By monitoring the mean rudder angle across different vessels, they can identify best practices and implement training programs for crew members to enhance their skills in navigation and ship handling.Furthermore, advancements in technology have enabled the integration of sophisticated navigation systems that automatically calculate and adjust the mean rudder angle. These systems utilize real-time data from sensors and GPS to ensure that vessels maintain their intended course with minimal manual intervention. As a result, the role of the mean rudder angle in modern navigation continues to evolve, reflecting the ongoing changes in the maritime industry.In conclusion, the concept of mean rudder angle is fundamental to maritime navigation. It not only influences the immediate steering capabilities of a vessel but also impacts long-term operational efficiency and safety. Understanding and effectively managing the mean rudder angle can lead to improved navigation practices, reduced environmental footprints, and enhanced safety measures, making it an essential aspect of maritime operations today.

在海洋导航领域，理解船舶运动的动态对于安全和高效的操作至关重要。导航员经常监测的关键参数之一是平均舵角，它指的是在特定时间段内舵设置的平均角度。这个测量值在确定船舶的操控性和可机动性方面起着重要作用。通过分析平均舵角，船长可以做出有关航向调整和速度变化的明智决策，以确保最佳导航。平均舵角在各种操作场景中尤为重要，例如靠港、通过狭窄水道或在恶劣天气条件下。例如，当一艘船靠近港口时，驾驶员必须仔细调整平均舵角以将船舶与停泊区域对齐。校准良好的舵角可以显著降低碰撞和搁浅的风险，这些都是繁忙海洋环境中的常见危险。此外，平均舵角可以提供有关船舶船体设计和推进系统效率的见解。工程师和海军建筑师通常研究舵角与船舶性能之间的关系，以优化设计以获得更好的燃油效率和减少环境影响。通过保持适当的平均舵角，船舶可以最小化阻力和抗力，从而降低燃油消耗和排放。除了技术含义外，平均舵角在海洋操作中也具有战略重要性。船队经理和航运公司分析这些数据以改善整体船队性能。通过监测不同船舶的平均舵角，他们可以识别最佳实践并为船员实施培训计划，以增强他们在导航和船舶操作方面的技能。此外，技术的进步使得整合复杂的导航系统成为可能，这些系统能够自动计算和调整平均舵角。这些系统利用来自传感器和GPS的实时数据，确保船舶在最小手动干预的情况下保持其预定航向。因此，平均舵角在现代导航中的作用继续发展，反映了海洋行业的持续变化。总之，平均舵角的概念是海洋导航的基础。它不仅影响船舶的即时操控能力，还影响长期的操作效率和安全性。理解和有效管理平均舵角可以导致改善的导航实践、减少的环境足迹和增强的安全措施，使其成为当今海洋操作的重要方面。