camber curve

简明释义

拱度曲线

英英释义

例句

1.During the race, the team modified the camber curve for better cornering performance.

在比赛期间，团队修改了弯曲曲线以获得更好的转弯性能。

2.Adjusting the camber curve can significantly improve tire wear.

调整弯曲曲线可以显著改善轮胎磨损。

3.The engineer analyzed the camber curve to optimize the vehicle's handling.

工程师分析了弯曲曲线以优化车辆的操控性。

4.A proper camber curve ensures that the tires maintain contact with the road.

适当的弯曲曲线确保轮胎与路面保持接触。

5.The suspension setup directly affects the camber curve of the car.

悬挂设置直接影响汽车的弯曲曲线。

作文

In the field of engineering and design, particularly in automotive and civil engineering, the term camber curve refers to the graphical representation of the angle of a wheel in relation to the vertical axis of a vehicle. This curve plays a crucial role in determining how well a vehicle handles on different types of terrain. The camber curve essentially depicts how the wheels are tilted inwards or outwards when viewed from the front of the vehicle. A positive camber means the top of the wheels is tilted away from each other, while a negative camber indicates that the tops of the wheels are tilted towards each other. Understanding the camber curve is essential for engineers who aim to optimize vehicle performance and ensure safety on the road.When designing a vehicle, engineers must take into account various factors such as weight distribution, tire wear, and overall handling characteristics. The camber curve can significantly influence these factors. For instance, a vehicle with a negative camber may provide better grip during cornering, as the contact patch of the tire is more effectively aligned with the road surface. However, too much negative camber can lead to uneven tire wear and reduced straight-line stability. Conversely, a positive camber might improve stability but could compromise cornering performance.The camber curve is not only relevant in automotive design but also in civil engineering, particularly when constructing roads and highways. Engineers must consider the camber curve of the road surface to ensure proper drainage and vehicle stability. A well-designed camber can help prevent water accumulation on the road, reducing the risk of hydroplaning and improving overall safety for drivers. The camber curve in this context refers to the cross-sectional shape of the roadway, which should ideally slope slightly toward the edges to facilitate water runoff.In conclusion, the camber curve is a vital concept in both automotive and civil engineering. It influences vehicle performance, safety, and road design. By understanding the implications of different camber angles, engineers can create vehicles and infrastructures that meet the demands of modern transportation. Whether it's enhancing a car's cornering ability or ensuring that a highway drains efficiently, the camber curve remains a fundamental element in the design process. Its significance cannot be overstated, as it directly impacts the safety and efficiency of vehicles on the road and the infrastructure that supports them.

在工程和设计领域，特别是在汽车和土木工程中，术语camber curve指的是轮子与车辆垂直轴之间角度的图形表示。这个曲线在决定车辆在不同类型地形上的操控性能方面起着至关重要的作用。camber curve本质上描绘了当从车辆前面观察时，车轮是向内还是向外倾斜。正倾斜意味着车轮顶部相互远离，而负倾斜则表示车轮顶部相互倾斜。理解camber curve对于旨在优化车辆性能并确保道路安全的工程师至关重要。在设计车辆时，工程师必须考虑各种因素，如重量分布、轮胎磨损和整体操控特性。camber curve可以显著影响这些因素。例如，具有负倾斜的车辆在转弯时可能提供更好的抓地力，因为轮胎的接触面更有效地与路面对齐。然而，过多的负倾斜可能导致不均匀的轮胎磨损和降低的直线稳定性。相反，正倾斜可能改善稳定性，但可能会妨碍转弯性能。camber curve不仅与汽车设计相关，还与土木工程密切相关，特别是在修建道路和高速公路时。工程师必须考虑道路表面的camber curve以确保适当的排水和车辆稳定性。设计良好的倾斜可以帮助防止道路积水，减少水滑风险，提高驾驶者的整体安全。在这种情况下，camber curve指的是道路的横截面形状，理想情况下应该稍微向边缘倾斜，以促进水的流失。总之，camber curve是汽车和土木工程中一个至关重要的概念。它影响车辆性能、安全性和道路设计。通过理解不同倾斜角度的影响，工程师可以创造出符合现代交通需求的车辆和基础设施。无论是增强汽车的转弯能力，还是确保高速公路有效排水，camber curve始终是设计过程中的基本元素。它的重要性不容小觑，因为它直接影响到道路上车辆的安全性和效率，以及支撑它们的基础设施。