outboard turning

简明释义

外旋式

英英释义

例句

1.The fishing boat executed an outboard turning to avoid the incoming storm.

渔船进行了外舷转向以避开即将来临的风暴。

2.The captain instructed the crew to prepare for outboard turning as we approached the narrow passage.

船长指示船员准备进行外舷转向，因为我们接近狭窄的通道。

3.Proper timing is crucial during outboard turning to maintain balance and control.

在外舷转向过程中，适当的时机对于保持平衡和控制至关重要。

4.The instructor demonstrated how to perform an outboard turning in the training session.

教练在培训课程中演示了如何进行外舷转向。

5.During the maneuver, the outboard turning allowed us to navigate around the rocky shoreline safely.

在这个操作过程中，外舷转向让我们安全地绕过了多岩的海岸线。

作文

The concept of outboard turning is essential in various fields, particularly in marine and automotive engineering. In simple terms, outboard turning refers to the process of rotating an object away from the centerline of its axis. This technique is commonly employed in the design and operation of boats and vehicles, where maneuverability and control are paramount. Understanding outboard turning can significantly enhance performance and safety while navigating through challenging environments.To illustrate the importance of outboard turning, consider the operation of a boat. When a vessel approaches a sharp turn, the captain must execute an effective maneuver to avoid capsizing or losing control. By employing outboard turning, the captain can tilt the boat outward, allowing it to navigate the curve smoothly. This method not only improves the boat's stability but also enhances its speed during the turn. Consequently, mastering outboard turning is crucial for any mariner who wishes to operate their vessel safely and efficiently.In the automotive world, outboard turning plays a similar role in enhancing vehicle handling. When a car takes a corner, the driver instinctively turns the steering wheel to guide the vehicle along the desired path. However, the effectiveness of this maneuver depends on the vehicle's design and the principles of outboard turning. Cars with a lower center of gravity and wider wheelbase tend to perform better during sharp turns, as they can manage the forces acting upon them more effectively. Thus, understanding the dynamics of outboard turning can help engineers design safer and more agile vehicles.Moreover, outboard turning is not limited to just boats and cars; it is also relevant in aviation. Pilots utilize this technique when executing turns during flight. By banking the aircraft outward, pilots can achieve a smoother and more controlled turn, minimizing the risk of stalling or losing altitude. This application of outboard turning showcases its versatility across different modes of transportation, emphasizing the need for thorough training and knowledge in this area.However, mastering outboard turning requires practice and experience. For aspiring boaters, participating in sailing courses can provide valuable hands-on experience in executing this maneuver. Similarly, drivers can benefit from advanced driving lessons that focus on cornering techniques. These educational opportunities not only improve individual skills but also promote safer practices on the water and the road.In conclusion, the concept of outboard turning is vital in ensuring safe and efficient navigation across various modes of transportation. Whether it is a boat making a sharp turn, a car navigating a corner, or an aircraft executing a banked turn, understanding and applying the principles of outboard turning can lead to improved performance and safety. As individuals engage with these activities, investing time in learning about outboard turning will undoubtedly pay off, fostering a deeper appreciation for the intricacies of maneuvering in dynamic environments.

“外舷转向”的概念在多个领域中至关重要，尤其是在海洋和汽车工程中。简单来说，outboard turning（外舷转向）是指将物体从其轴心线的中心旋转开来的过程。这种技术通常应用于船只和车辆的设计与操作中，在这些情况下，机动性和控制力至关重要。理解outboard turning（外舷转向）可以显著提升在复杂环境中航行时的性能和安全性。为了说明outboard turning（外舷转向）的重要性，考虑一下船只的操作。当一艘船接近一个急转弯时，船长必须执行有效的操控，以避免翻船或失去控制。通过采用outboard turning（外舷转向），船长可以将船倾斜到外侧，从而使其顺利地导航过弯道。这种方法不仅提高了船只的稳定性，还增强了其在转弯过程中的速度。因此，掌握outboard turning（外舷转向）对任何希望安全高效地操作其船只的水手来说都是至关重要的。在汽车世界中，outboard turning（外舷转向）在提升车辆操控性方面发挥着类似的作用。当一辆车转弯时，司机本能地转动方向盘，以引导车辆沿着所需路径行驶。然而，这种操控的有效性取决于车辆的设计以及outboard turning（外舷转向）的原理。重心较低且轮距较宽的汽车在急转弯时表现更佳，因为它们能够更有效地应对作用于它们的力量。因此，了解outboard turning（外舷转向）的动态可以帮助工程师设计出更安全、更灵活的车辆。此外，outboard turning（外舷转向）不仅限于船只和汽车；它在航空领域同样相关。飞行员在飞行过程中执行转弯时会利用这一技术。通过将飞机向外倾斜，飞行员能够实现更平稳、更可控的转弯，从而最大程度地降低失速或失去高度的风险。这一outboard turning（外舷转向）的应用展示了其在不同交通方式中的多功能性，强调了在这一领域进行全面培训和知识学习的必要性。然而，掌握outboard turning（外舷转向）需要实践和经验。对于有志于航海的人来说，参加航海课程可以提供宝贵的动手经验，帮助其执行这一操控。同样，驾驶者也可以通过专注于转弯技巧的高级驾驶课程受益。这些教育机会不仅提高个人技能，还促进水上和道路上的安全实践。总之，outboard turning（外舷转向）的概念在确保各种交通方式的安全和高效航行中至关重要。无论是一艘船在急转弯、还是一辆车在拐角处行驶，亦或是一架飞机执行倾斜转弯，理解并应用outboard turning（外舷转向）的原理都能带来更好的性能和安全性。当个人参与这些活动时，花时间学习outboard turning（外舷转向）无疑会带来回报，培养对在动态环境中操控复杂性的更深刻理解。