center of turning circle

简明释义

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英英释义

例句

1.When parking in tight spaces, it's crucial to understand the center of turning circle (转弯中心) of your car to maneuver effectively.

在狭小空间停车时，了解你的车的转弯中心是至关重要的，以便有效操控。

2.During the driving test, the examiner asked the candidate to demonstrate control over the center of turning circle (转弯中心) while reversing.

在驾驶考试中，考官要求考生在倒车时展示对转弯中心的控制。

3.The driver carefully navigated around the roundabout, ensuring that the vehicle stayed within the center of turning circle (转弯中心) to avoid hitting the curb.

司机小心翼翼地绕过环形交叉口，确保车辆保持在转弯中心内，以避免撞上路缘石。

4.In designing the new bus terminal, engineers considered the center of turning circle (转弯中心) to accommodate larger vehicles.

在设计新的公交总站时，工程师考虑了转弯中心以适应较大的车辆。

5.The center of turning circle (转弯中心) is essential for understanding how much space a vehicle needs to turn without obstacles.

了解转弯中心对于理解车辆在没有障碍物的情况下需要多少空间进行转弯至关重要。

作文

In the field of mechanics and transportation, the term center of turning circle refers to a specific point around which a vehicle or an object rotates when making a turn. Understanding this concept is crucial for various applications, including vehicle design, urban planning, and traffic management. The center of turning circle is particularly important for larger vehicles, such as buses and trucks, which require more space to maneuver compared to smaller cars.When a vehicle turns, it does not simply pivot at its front or rear wheels; instead, it follows a circular path. The radius of this circular path is determined by the dimensions of the vehicle and its steering capabilities. The center of turning circle is the point that remains fixed while the vehicle moves around it. For instance, if you imagine a large truck making a right turn, the center of turning circle would be located at a distance from the truck's outer edge, allowing the vehicle to navigate the turn without running into obstacles.In practical terms, the center of turning circle plays a significant role in designing roads and intersections. Urban planners must consider the turning radii of different types of vehicles to ensure that streets are wide enough and that corners are designed appropriately. If the turning circle is too tight, larger vehicles may struggle to make the turn, leading to potential accidents or traffic congestion. Therefore, understanding the center of turning circle helps in creating safer and more efficient roadways.Moreover, the center of turning circle is also relevant in the context of parking lots and driveways. When designing these spaces, architects and engineers must account for the turning radius of vehicles to ensure that drivers can maneuver in and out without difficulty. This consideration is especially important in areas with heavy traffic or tight spaces, where miscalculating the center of turning circle could result in damage to vehicles or property.In addition to practical applications, the center of turning circle can also be an interesting topic in physics and engineering studies. Students often explore how different factors, such as speed, weight, and tire friction, affect a vehicle's turning capabilities. By conducting experiments and simulations, they can better understand how to calculate the center of turning circle for various vehicles under different conditions.In conclusion, the concept of the center of turning circle is vital in many aspects of transportation and engineering. Whether it’s for designing safe roads, optimizing vehicle performance, or enhancing parking facilities, understanding this term allows professionals to create better solutions for everyday challenges. As vehicles become more advanced and cities continue to grow, the importance of the center of turning circle will only increase, making it a key area of focus for future developments in transportation and urban design.

在机械和交通领域，短语转弯中心指的是一个特定的点，车辆或物体在转弯时围绕该点旋转。理解这个概念对于各种应用至关重要，包括车辆设计、城市规划和交通管理。转弯中心对于大型车辆，如公交车和卡车尤为重要，因为它们在操控时需要比小型汽车更多的空间。当车辆转弯时，并不是简单地在前轮或后轮处旋转；相反，它遵循一个圆形路径。这个圆形路径的半径由车辆的尺寸和转向能力决定。转弯中心是车辆在周围移动时保持固定的点。例如，如果你想象一辆大型卡车右转，转弯中心将位于卡车外缘的距离处，使得车辆能够顺利转弯而不撞到障碍物。在实际操作中，转弯中心在道路和交叉口的设计中扮演着重要角色。城市规划者必须考虑不同类型车辆的转弯半径，以确保街道足够宽敞，拐角设计得当。如果转弯圈太紧，大型车辆可能会难以完成转弯，从而导致潜在的事故或交通拥堵。因此，理解转弯中心有助于创造更安全、更高效的道路。此外，转弯中心在停车场和车道的设计中也很相关。在设计这些空间时，建筑师和工程师必须考虑车辆的转弯半径，以确保司机可以轻松进出。这种考虑在交通繁忙或空间狭窄的区域尤其重要，因为错误计算转弯中心可能会导致车辆或财产的损坏。除了实际应用，转弯中心也可以成为物理和工程研究中的一个有趣话题。学生们通常会探索不同因素（如速度、重量和轮胎摩擦）如何影响车辆的转弯能力。通过进行实验和模拟，他们可以更好地理解如何在不同条件下计算各种车辆的转弯中心。总之，转弯中心的概念在交通和工程的许多方面都是至关重要的。无论是为了设计安全的道路、优化车辆性能，还是改善停车设施，理解这个术语使专业人士能够为日常挑战创造更好的解决方案。随着车辆变得更加先进，城市不断发展，转弯中心的重要性只会增加，这使其成为未来交通和城市设计发展的关键关注领域。