steering gear ratio

简明释义

转向齿轮速比

英英释义

例句

1.When selecting a new vehicle, consider the steering gear ratio for better maneuverability.

在选择新车时，考虑转向齿轮比以获得更好的机动性。

2.Racing cars often use a higher steering gear ratio for quicker turns.

赛车通常使用较高的转向齿轮比以实现更快的转弯。

3.The mechanic explained how the steering gear ratio affects the overall driving experience.

机械师解释了转向齿轮比如何影响整体驾驶体验。

4.A lower steering gear ratio can make the steering feel more responsive.

较低的转向齿轮比可以让转向感觉更灵敏。

5.The car's handling improved significantly after we adjusted the steering gear ratio.

在我们调整了转向齿轮比后，汽车的操控性能显著提升。

作文

The automotive world is filled with numerous technical terms that play a crucial role in the performance and handling of vehicles. One such term is steering gear ratio, which is fundamental for understanding how a vehicle responds to the driver's inputs. The steering gear ratio refers to the relationship between the number of degrees the steering wheel turns and the corresponding degrees that the wheels turn. Essentially, it determines how much effort a driver must exert on the steering wheel to achieve a desired direction change in the vehicle. When a driver turns the steering wheel, the steering gear ratio influences how quickly the wheels respond. A lower steering gear ratio means that the wheels will turn more sharply with less input from the driver, allowing for quick maneuvers. This is often desirable in sports cars, where rapid changes in direction are necessary for high-performance driving. Conversely, a higher steering gear ratio indicates that the wheels will turn less sharply, requiring more steering input for the same degree of wheel movement. This setup can provide more stability and control at higher speeds, making it suitable for larger vehicles like SUVs or trucks. Understanding the implications of steering gear ratio is vital for both manufacturers and consumers. For manufacturers, designing a vehicle with the appropriate steering gear ratio is essential to meet the intended purpose of the vehicle. For instance, a vehicle designed for off-road use may have a higher steering gear ratio to enhance stability on uneven terrain. On the other hand, a sports car may feature a lower steering gear ratio to facilitate agile handling. For consumers, knowing about steering gear ratio can inform their purchasing decisions. A driver who values responsiveness and agility may prefer a car with a lower steering gear ratio, while someone prioritizing comfort and stability might lean towards a vehicle with a higher steering gear ratio. Furthermore, understanding this concept can enhance a driver's ability to operate their vehicle safely and effectively, especially in situations requiring quick reflexes. In addition, the steering gear ratio can be affected by various factors, including tire size, suspension setup, and even the type of steering system used (manual vs. power steering). As such, it is not only a fixed value but rather a dynamic aspect of vehicle performance that can be adjusted to suit different driving conditions and preferences. In conclusion, the steering gear ratio is a critical component in the realm of automotive engineering. It directly affects how a vehicle handles and responds to the driver's commands. By understanding the significance of steering gear ratio, both manufacturers and consumers can make informed choices that enhance driving experiences. Whether one is looking for a thrilling ride or a comfortable journey, the steering gear ratio plays an indispensable role in achieving those goals.

汽车世界充满了许多技术术语，这些术语在车辆的性能和操控中起着至关重要的作用。其中一个术语是转向齿轮比，它对于理解车辆如何响应驾驶员的输入至关重要。转向齿轮比是指方向盘转动的度数与车轮转动的相应度数之间的关系。它本质上决定了驾驶员在方向盘上施加的努力与车辆方向变化所需的努力之间的关系。当驾驶员转动方向盘时，转向齿轮比影响车轮的响应速度。较低的转向齿轮比意味着车轮将在驾驶员施加更少的输入下更快地转动，允许快速操控。这在跑车中通常是可取的，因为快速的方向变化对于高性能驾驶是必要的。相反，较高的转向齿轮比表示车轮将转动得较少，需要更多的方向盘输入才能实现相同程度的车轮转动。这种设置可以在高速行驶时提供更多的稳定性和控制，使其适合大型车辆，如SUV或卡车。理解转向齿轮比的影响对于制造商和消费者都是至关重要的。对于制造商而言，设计一款具有适当转向齿轮比的车辆对于满足车辆的预期用途至关重要。例如，专为越野使用而设计的车辆可能具有较高的转向齿轮比，以增强在不平坦地形上的稳定性。另一方面，跑车可能会采用较低的转向齿轮比，以便于灵活操控。对于消费者来说，了解转向齿轮比可以帮助他们做出购买决策。重视响应性和灵活性的驾驶员可能更喜欢具有较低转向齿轮比的汽车，而优先考虑舒适性和稳定性的驾驶员可能倾向于选择具有较高转向齿轮比的车辆。此外，理解这一概念可以增强驾驶员安全有效地操作车辆的能力，尤其是在需要快速反应的情况下。此外，转向齿轮比还会受到各种因素的影响，包括轮胎尺寸、悬挂设置，甚至使用的转向系统类型（手动与动力转向）。因此，它不仅是一个固定值，而是车辆性能的动态方面，可以根据不同的驾驶条件和偏好进行调整。总之，转向齿轮比是汽车工程领域的重要组成部分。它直接影响车辆的操控性和对驾驶员命令的响应能力。通过理解转向齿轮比的重要性，制造商和消费者都可以做出明智的选择，从而提升驾驶体验。无论是寻求刺激的驾驶还是舒适的旅程，转向齿轮比在实现这些目标中都扮演着不可或缺的角色。