banked turn

简明释义

倾侧回旋

英英释义

例句

1.During the race, the driver took a sharp banked turn at high speed.

在比赛中，司机以高速通过了一个急剧的倾斜转弯。

2.The pilot executed a perfect banked turn to avoid the storm ahead.

飞行员完美地执行了一个倾斜转弯以避开前方的风暴。

3.When flying, it's important to understand how to perform a banked turn safely.

在飞行时，了解如何安全地执行倾斜转弯是很重要的。

4.He leaned into the banked turn on his motorcycle, feeling the G-forces push him down.

他在摩托车上倾身进入倾斜转弯，感受到重力将他向下压。

5.The roller coaster features several thrilling banked turns that add to the excitement.

过山车有几个刺激的倾斜转弯，增加了乐趣。

作文

When we think about the dynamics of flight, one term that often comes to mind is the banked turn. A banked turn refers to the maneuver in which an aircraft tilts its wings to change direction while maintaining altitude. This technique is essential for pilots as it allows for smoother and more efficient turns compared to simply yawing the aircraft without banking. In a banked turn, the lift vector is tilted, which helps counteract the forces acting on the plane during the turn. The physics behind a banked turn involves several key principles. Firstly, when an aircraft banks, the lift generated by the wings is divided into two components: one that acts vertically to support the weight of the aircraft and another that acts horizontally to change its direction. The angle at which the aircraft banks determines the radius of the turn; a steeper bank results in a tighter turn. This is particularly important in aviation, where maintaining control and stability during maneuvers is crucial.In addition to its importance in aviation, the concept of a banked turn can also be applied to other fields, such as automotive racing. When a car takes a turn on a banked racetrack, it uses the same principles of physics. The banked surface allows the vehicle to maintain higher speeds while cornering, as the incline provides additional lateral support against the centrifugal force experienced during the turn. This is why many racetracks are designed with banked turns, enhancing both performance and safety.Understanding the mechanics of a banked turn is not only vital for pilots but also for engineers who design aircraft and vehicles. They must consider how different angles of bank will affect performance, fuel efficiency, and safety. For instance, too steep of a bank can lead to a loss of control, while too shallow may not provide enough turning force, leading to longer turn radii and potential hazards.Moreover, the concept of a banked turn extends beyond just physical applications; it also serves as a metaphor in various aspects of life. Just as pilots must carefully calculate their bank angles to navigate effectively, individuals in their personal and professional lives must also make calculated decisions to achieve their goals. Whether it’s navigating a challenging project at work or managing relationships, understanding when to 'bank' on certain strategies can lead to successful outcomes.In conclusion, the banked turn is a fundamental maneuver in aviation and automotive racing that illustrates key principles of physics and engineering. Its significance extends beyond technical applications, serving as a reminder of the importance of strategic thinking in everyday life. Mastering the art of the banked turn—both literally and metaphorically—can lead to greater control, efficiency, and success in various endeavors.

当我们想到飞行的动力学时，一个常常浮现在脑海中的术语是倾斜转弯。倾斜转弯指的是一种机动，飞机通过倾斜机翼来改变方向，同时保持高度。这种技术对飞行员至关重要，因为它使得转弯比单纯地偏航更平滑和高效。在倾斜转弯中，升力向量被倾斜，这有助于抵消在转弯过程中作用于飞机的力。倾斜转弯背后的物理原理涉及几个关键原则。首先，当飞机倾斜时，机翼产生的升力被分为两个分量：一个垂直作用于支持飞机的重量，另一个水平作用于改变方向。飞机的倾斜角度决定了转弯的半径；倾斜越陡，转弯越紧。这在航空中尤其重要，因为在机动过程中保持控制和稳定至关重要。除了在航空中的重要性，倾斜转弯的概念也适用于其他领域，例如汽车比赛。当一辆车在倾斜的赛道上转弯时，它使用相同的物理原理。倾斜的表面允许车辆在转弯时保持更高的速度，因为倾斜提供了额外的侧向支撑，以抵抗在转弯过程中经历的离心力。这就是为什么许多赛道设计成倾斜转弯，以提高性能和安全性。理解倾斜转弯的机制不仅对飞行员至关重要，对设计飞机和车辆的工程师也是如此。他们必须考虑不同的倾斜角度将如何影响性能、燃油效率和安全性。例如，倾斜过陡可能导致失去控制，而倾斜过浅可能无法提供足够的转向力，导致转弯半径变长并带来潜在危险。此外，倾斜转弯的概念超越了物理应用；它在生活的各个方面也作为隐喻。正如飞行员必须仔细计算他们的倾斜角度以有效导航一样，个人在个人和职业生活中也必须做出经过深思熟虑的决定以实现他们的目标。无论是在工作中应对一个具有挑战性的项目还是管理人际关系，理解何时“倾斜”某些策略可以导致成功的结果。总之，倾斜转弯是航空和汽车比赛中的基本机动，展示了物理学和工程学的关键原则。它的意义超越了技术应用，提醒我们在日常生活中战略思维的重要性。掌握倾斜转弯的艺术——无论是字面上的还是隐喻上的——都可以在各种努力中带来更大的控制力、效率和成功。