radius of turn

简明释义

回转半径

英英释义

例句

1.In a tight space, the vehicle's radius of turn 转弯半径 is crucial for maneuverability.

在狭小的空间中，车辆的转弯半径对机动性至关重要。

2.The pilot adjusted the flight path to ensure a safe radius of turn 转弯半径 during the approach.

飞行员调整了飞行路径，以确保在接近时安全的转弯半径。

3.When designing a racetrack, engineers must consider the radius of turn 转弯半径 to ensure safety at high speeds.

在设计赛道时，工程师必须考虑转弯半径以确保高速时的安全。

4.The radius of turn 转弯半径 of the roller coaster affects the thrill factor of the ride.

过山车的转弯半径影响着游乐设施的刺激程度。

5.The ship's captain calculated the radius of turn 转弯半径 to navigate through the narrow canal.

船长计算了转弯半径以便通过狭窄的运河。

作文

The term radius of turn refers to the distance from the center of a circular path to the edge of that circle. In various fields such as aviation, marine navigation, and even automotive design, understanding the radius of turn is crucial for ensuring safety and efficiency. For example, in aviation, pilots must be aware of the radius of turn when maneuvering their aircraft, especially during landing and takeoff. A larger radius of turn can indicate a gentler maneuver, which is often safer but may take more time to execute. Conversely, a smaller radius of turn allows for quicker changes in direction but can increase the risk of losing control if not managed properly.In marine navigation, the radius of turn is equally important. Ships must navigate through tight spaces, especially in harbors or narrow channels. Understanding the radius of turn helps captains determine how much space they need to safely maneuver their vessels without running aground or colliding with other ships. This is particularly critical in busy ports where multiple vessels are operating simultaneously.Automotive design also considers the radius of turn. When engineers design vehicles, they must take into account how the car will handle turns. A vehicle with a small radius of turn can navigate tight corners more easily, making it suitable for urban driving. On the other hand, vehicles designed for highways may have a larger radius of turn, allowing for smoother high-speed driving but potentially making them less maneuverable in city environments.In addition to practical applications, the concept of radius of turn can also be applied metaphorically. In life, we often encounter situations that require us to change direction. The radius of turn in this context can represent the ease or difficulty with which we adapt to change. A small radius of turn might symbolize a flexible approach to life, where we can quickly adjust our plans or goals. A larger radius of turn, however, may indicate a more cautious approach, where we take our time to consider the implications of our decisions before making a change.In conclusion, the radius of turn is a multifaceted concept that plays a significant role in various domains. Whether in aviation, marine navigation, automotive design, or even personal development, understanding the radius of turn allows us to navigate our paths more effectively. By recognizing the implications of our choices and the space we need to maneuver, we can make better decisions and achieve our goals with greater confidence. As we continue to learn about the radius of turn, we can apply this knowledge to enhance our skills and improve our ability to adapt to the challenges we face in our daily lives.

转弯半径（radius of turn）是指从圆形路径的中心到该圆边缘的距离。在航空、海洋导航甚至汽车设计等多个领域，理解转弯半径（radius of turn）对于确保安全和效率至关重要。例如，在航空中，飞行员在操作飞机时必须了解转弯半径（radius of turn），尤其是在降落和起飞时。较大的转弯半径（radius of turn）可能意味着更温和的机动，通常更安全，但执行所需的时间可能更长。相反，较小的转弯半径（radius of turn）允许更快速的方向变化，但如果管理不当，可能会增加失去控制的风险。在海洋导航中，转弯半径（radius of turn）同样重要。船只必须在狭窄的空间中航行，特别是在港口或狭窄的水道中。理解转弯半径（radius of turn）帮助船长确定他们需要多少空间，以安全地操纵船只而不搁浅或与其他船只相撞。这在繁忙的港口中特别关键，因为多艘船只同时在运营。汽车设计也考虑转弯半径（radius of turn）。当工程师设计车辆时，他们必须考虑汽车如何处理转弯。具有较小转弯半径（radius of turn）的车辆可以更轻松地通过狭窄的角落，适合城市驾驶。另一方面，专为高速公路设计的车辆可能具有较大的转弯半径（radius of turn），允许更平稳的高速驾驶，但可能使其在城市环境中不太灵活。除了实际应用，转弯半径（radius of turn）的概念也可以隐喻性地应用于生活中。我们在生活中经常遇到需要改变方向的情况。在这个上下文中，转弯半径（radius of turn）可以代表我们适应变化的容易程度或困难程度。较小的转弯半径（radius of turn）可能象征着对生活的灵活应对，我们可以迅速调整我们的计划或目标。然而，较大的转弯半径（radius of turn）可能表示一种更谨慎的方法，我们花时间考虑决策的影响，然后再做出改变。总之，转弯半径（radius of turn）是一个多方面的概念，在各个领域发挥着重要作用。无论是在航空、海洋导航、汽车设计还是个人发展中，理解转弯半径（radius of turn）都能让我们更有效地导航自己的道路。通过认识到我们选择的影响及我们需要的机动空间，我们可以做出更好的决策，并以更大的信心实现我们的目标。随着我们继续学习转弯半径（radius of turn），我们可以将这些知识应用于提升我们的技能，改善我们适应日常生活中面临挑战的能力。