turning radius

简明释义

旋回半径

英英释义

例句

1.In racing, a vehicle's turning radius can significantly affect lap times.

在赛车中，车辆的转弯半径会显著影响圈速。

2.When driving a truck, understanding its turning radius can prevent accidents.

驾驶卡车时，了解其转弯半径可以防止事故发生。

3.The turning radius of a bicycle is much smaller than that of a car.

自行车的转弯半径比汽车小得多。

4.A smaller turning radius allows for easier parking in crowded areas.

较小的转弯半径可以更容易地在拥挤的地方停车。

5.The car's turning radius is crucial for navigating tight city streets.

这辆车的转弯半径对于在狭窄的城市街道上行驶至关重要。

作文

The concept of turning radius is crucial in various fields, especially in automotive engineering and transportation. The turning radius refers to the radius of the smallest circular turn that a vehicle can make while navigating a corner. Understanding this concept is essential for both manufacturers and drivers as it influences vehicle design, safety, and maneuverability. For instance, larger vehicles such as buses and trucks typically have a larger turning radius, making them less agile compared to smaller cars. This difference can significantly affect their ability to navigate tight spaces, such as city streets or parking lots.In automotive design, engineers must consider the turning radius when creating a vehicle's specifications. A smaller turning radius allows for better handling and easier navigation in urban environments where space is limited. It is particularly important for vehicles that are frequently used in crowded areas, such as delivery vans or taxis. On the other hand, vehicles designed for highways may prioritize speed and stability over tight turning capabilities, resulting in a larger turning radius.For drivers, understanding the turning radius of their vehicle can enhance safety and performance. When approaching a turn, knowing how much space is needed to complete the maneuver can prevent accidents and improve driving confidence. For example, if a driver is aware that their car has a larger turning radius, they might be more cautious when attempting to make a sharp turn, ensuring they have enough room to complete it safely.Moreover, the turning radius is not only relevant for personal vehicles but also plays a significant role in public transportation systems. Buses, trams, and trains have specific turning radius requirements that must be adhered to in order to ensure smooth operation. Urban planners must take these specifications into account when designing roadways and transit systems, as insufficient space for turns can lead to operational inefficiencies and increased travel times.Additionally, the turning radius can impact the overall experience of passengers. A bus with a smaller turning radius can navigate through tighter routes, potentially reducing travel time and improving service frequency. This aspect is particularly beneficial in densely populated areas where traffic congestion is common.In conclusion, the turning radius is a fundamental aspect of vehicle dynamics that affects both design and functionality. By understanding the implications of turning radius on vehicle maneuverability, safety, and urban planning, stakeholders can make informed decisions that enhance transportation systems. Whether for personal use or public transit, recognizing how turning radius influences driving behavior and vehicle performance is essential for optimizing transportation efficiency and safety.

“转弯半径”的概念在多个领域中至关重要，尤其是在汽车工程和交通运输中。“转弯半径”是指车辆在转弯时能够进行的最小圆形转弯的半径。理解这个概念对于制造商和驾驶员都很重要，因为它影响车辆设计、安全性和机动性。例如，像公交车和卡车这样的大型车辆通常具有较大的“转弯半径”，使它们在城市街道或停车场等狭小空间中不太灵活。这种差异可能会显著影响它们导航紧凑空间的能力。在汽车设计中，工程师必须考虑“转弯半径”在创建车辆规格时的重要性。较小的“转弯半径”允许更好的操控性和在城市环境中更容易的导航。这对经常在拥挤地区使用的车辆（如送货车或出租车）尤为重要。另一方面，专为高速公路设计的车辆可能更注重速度和稳定性，而不是紧密转弯的能力，从而导致较大的“转弯半径”。对于驾驶员来说，了解自己车辆的“转弯半径”可以提高安全性和性能。当接近一个转弯时，知道完成这一动作所需的空间可以防止事故并提高驾驶信心。例如，如果驾驶员意识到他们的汽车有较大的“转弯半径”，他们可能在尝试做急转弯时会更加谨慎，以确保他们有足够的空间安全完成转弯。此外，“转弯半径”不仅与个人车辆相关，还在公共交通系统中发挥着重要作用。公交车、有轨电车和火车都有特定的“转弯半径”要求，必须遵守以确保平稳运行。城市规划者在设计道路和交通系统时必须考虑这些规格，因为转弯空间不足可能导致运营效率低下和旅行时间增加。此外，“转弯半径”还可能影响乘客的整体体验。具有较小“转弯半径”的公交车能够在更紧凑的路线中行驶，从而有可能减少旅行时间并提高服务频率。这一方面在交通拥堵严重的城市地区尤为有利。总之，“转弯半径”是车辆动态的基本方面，影响着设计和功能。通过理解“转弯半径”对车辆机动性、安全性和城市规划的影响，各方利益相关者可以做出明智的决策，从而增强交通系统。无论是个人使用还是公共交通，认识到“转弯半径”如何影响驾驶行为和车辆性能，对于优化交通效率和安全至关重要。