angle of banking

简明释义

回转横倾角

英英释义

例句

1.During the flight simulation, I learned to adjust the angle of banking for different maneuvers.

在飞行模拟中，我学会了根据不同的动作调整银行角度。

2.In racing, the angle of banking on the track can significantly affect the car's speed.

在赛车中，赛道上的银行角度可以显著影响汽车的速度。

3.To maintain stability, the angle of banking must be carefully calculated in aerobatics.

为了保持稳定，特技飞行中的银行角度必须仔细计算。

4.The engineer explained how the angle of banking impacts the forces acting on the aircraft.

工程师解释了银行角度如何影响作用于飞机的力量。

5.The pilot adjusted the angle of banking to ensure a smooth turn during the flight.

飞行员调整了银行角度以确保飞行中的平稳转弯。

作文

The concept of the angle of banking is crucial in the field of aviation and vehicle dynamics. When an aircraft or a vehicle turns, it must lean or tilt into the turn to counteract the centrifugal force that pushes it outward. This leaning or tilting is what we refer to as the angle of banking. Understanding this angle is essential for pilots and drivers alike, as it directly affects the stability and control of the vehicle during a turn.In aviation, the angle of banking is particularly important during maneuvers such as climbing, descending, or making sharp turns. For instance, when a pilot wants to turn left, they will bank the aircraft to the left at a specific angle. This angle helps to balance the forces acting on the plane, allowing it to maintain altitude while changing direction. If the angle of banking is too steep, the aircraft may lose altitude or stall; if it is too shallow, the turn may not be effective.Similarly, in the context of road vehicles, the angle of banking plays a significant role, especially in racing and high-speed cornering. When a car approaches a curve, the driver must steer into the turn while also adjusting the vehicle's tilt to optimize grip and minimize the risk of skidding. A well-calculated angle of banking allows the car to navigate the turn smoothly without losing traction.The physics behind the angle of banking involves various forces, including gravitational force, centripetal force, and friction. The ideal angle can be calculated based on the speed of the vehicle and the radius of the turn. For example, in a perfectly banked turn, the angle of the road or the track is designed so that no lateral friction is required to keep the vehicle on its path. This design minimizes wear on tires and enhances safety.In conclusion, the angle of banking is a fundamental aspect of maneuvering both aircraft and vehicles. It is a critical factor that contributes to the efficiency and safety of turns. Understanding how to properly utilize the angle of banking can lead to improved performance in various driving and flying situations. Whether you are a pilot navigating the skies or a driver tackling a challenging road, mastering the angle of banking can enhance your skills and ensure a smoother ride.

“倾斜角”这一概念在航空和车辆动力学领域至关重要。当飞机或车辆转弯时，必须向转弯方向倾斜，以抵消将其推向外侧的离心力。这种倾斜或倾斜的动作就是我们所说的“倾斜角”。理解这个角度对于飞行员和驾驶员来说都至关重要，因为它直接影响到车辆在转弯过程中的稳定性和控制。在航空中，“倾斜角”在爬升、下降或急转弯等机动动作中尤为重要。例如，当飞行员想要向左转弯时，他们会将飞机向左倾斜一个特定的角度。这个角度有助于平衡作用在飞机上的力，使其在改变方向时保持高度。如果“倾斜角”过陡，飞机可能会失去高度或失速；如果过浅，转弯可能会无效。同样，在道路车辆的背景下，“倾斜角”也发挥着重要作用，尤其是在赛车和高速转弯时。当汽车接近弯道时，驾驶员必须向转弯方向转向，同时调整车辆的倾斜度，以优化抓地力并最小化打滑的风险。一个计算得当的“倾斜角”可以让汽车顺利通过转弯，而不会失去牵引力。“倾斜角”的物理学涉及各种力量，包括重力、向心力和摩擦力。理想的角度可以根据车辆的速度和转弯半径来计算。例如，在一个完美倾斜的转弯中，路面或赛道的设计使得不需要侧向摩擦来保持车辆在其路径上。这种设计最小化了轮胎的磨损，并增强了安全性。总之，“倾斜角”是操控飞机和车辆的基本方面。它是影响转弯效率和安全性的关键因素。理解如何正确利用“倾斜角”可以在各种驾驶和飞行情况下提高性能。无论你是一名在天空中飞行的飞行员，还是一名应对挑战性道路的驾驶员，掌握“倾斜角”都能提升你的技能，确保更顺畅的行驶。