drivability

简明释义

英[/ˈdraɪvəˌbɪlɪti/]美[/ˈdraɪvəˌbɪlɪti/]

n. 驾驶性能；操纵灵活性

英英释义

单词用法

同义词

反义词

例句

1.The RX350 has adopted a full-time 4-wheel Drive system that constantly distributes torque to balance the front and rear axles. High levels of driving stability and drivability has been realized.

RX350装备的全时4轮驱动能够将扭矩以更均衡的比例分配至前、后轴，实现了更高的驾驶稳定性和操控灵活性。

2.The RX350 has adopted a full-time 4-wheel Drive system that constantly distributes torque to balance the front and rear axles. High levels of driving stability and drivability has been realized.

RX350装备的全时4轮驱动能够将扭矩以更均衡的比例分配至前、后轴，实现了更高的驾驶稳定性和操控灵活性。

3.Since deep penetration large diameter steel pipe piles have been widely used in platform foundation, pile drivability analysis and blow count prediction play an important role in pipe driving.

大直径超长桩的出现给海上的打桩施工增加了难度和复杂性，也使得打桩分析和预估锤击数具有重要的意义。

4.But they underestimated the obstacles in the way of producing a reliable, affordable car with the kind of range and drivability motorists now take for granted.

然而他们低估了现实，要制造安全可靠、价格合理，并且行驶距离和驾驶性能被广大司机接受的氢燃料电池汽车并没有想象中那么容易。

5.The drivability study of piling requires modeling of the hammer impact to calculate the input force wave at the pile head.

桩的可打性研究需要模拟桩的锤击，计算出桩顶的应力波。

6.The limited slip differential can improve vehicle drivability, travellability and handling and stability.

限滑差速器可提高汽车驱动性、通过性及操纵稳定性。

7.Reliable soil properties play an important role in predicting the drivability of steel piles.

可靠的土性资料是准确预测沉桩可打入性的前提条件。

8.Fuel and timing curves are extensively modified for peak performance and drivability.

燃料和时间曲线广泛修改为最佳性能和驾驶性能。

9.More complete combustion for better performance, power and drivability.

更完全的燃烧获得更好的性能，动力和驾驶性能。

10.The new tire design significantly improved the drivability of the vehicle on wet roads.

新的轮胎设计显著提高了车辆在湿滑道路上的可驾驶性。

11.Engine tuning can enhance the drivability of a car, making it more responsive to acceleration.

发动机调校可以增强汽车的可驾驶性，使其对加速的反应更加灵敏。

12.A well-balanced suspension system contributes to better drivability, especially on rough terrain.

良好的悬挂系统有助于提高在崎岖地形上的可驾驶性。

13.The car's drivability was tested extensively before it hit the market.

这款车的可驾驶性在上市前经过了广泛测试。

14.Drivers often prefer vehicles with superior drivability for city commuting.

驾驶者通常更喜欢在城市通勤中具有优越可驾驶性的车辆。

作文

In the automotive industry, the term drivability refers to how well a vehicle performs and responds under various driving conditions. It encompasses a range of factors including acceleration, handling, comfort, and stability. A car with good drivability provides a smooth and enjoyable driving experience, making it easier for the driver to maintain control and navigate different terrains. When evaluating drivability, several elements come into play. First and foremost is the engine performance. A powerful engine that delivers consistent power allows for quick acceleration and responsiveness. This is particularly important in situations where a driver needs to make sudden maneuvers, such as merging onto a highway or avoiding an obstacle. If a vehicle's engine is sluggish or unresponsive, it can lead to frustration and safety concerns. Another critical aspect of drivability is the vehicle's suspension system. A well-tuned suspension absorbs bumps and irregularities in the road, providing a comfortable ride for passengers. It also enhances the vehicle's handling capabilities, allowing for better cornering and stability during turns. Drivers often appreciate vehicles that can smoothly transition from one road condition to another, whether it be smooth highways or rough backroads. Additionally, drivability is influenced by the vehicle's steering system. Precise steering feedback enables drivers to feel connected to the road, which is essential for maintaining control. Vehicles that offer responsive and accurate steering tend to instill greater confidence in drivers, especially when navigating tight spaces or sharp turns. Moreover, the overall ergonomics of the vehicle contribute to its drivability. This includes the layout of controls, visibility, and comfort of seating. A well-designed interior allows drivers to focus on the road without unnecessary distractions. Comfortable seats reduce fatigue during long drives, enhancing the overall driving experience. Modern technology also plays a significant role in improving drivability. Features such as adaptive cruise control, lane-keeping assist, and traction control systems help drivers maintain optimal performance in varying conditions. These advancements not only enhance the driving experience but also contribute to safer road travel. In conclusion, drivability is a multifaceted concept that significantly impacts a driver's experience behind the wheel. From engine performance to suspension and steering systems, each element contributes to how a vehicle handles and responds. As technology continues to evolve, we can expect further enhancements in drivability, making driving more enjoyable and secure for everyone. Understanding the importance of drivability can help consumers make informed decisions when purchasing a vehicle, ensuring they choose one that meets their driving preferences and needs.

在汽车行业中，术语drivability指的是车辆在各种驾驶条件下的表现和反应能力。它涵盖了包括加速、操控、舒适性和稳定性等一系列因素。一辆具有良好drivability的汽车能够提供顺畅而愉悦的驾驶体验，使驾驶者更容易保持控制并在不同地形中导航。 在评估drivability时，有几个要素需要考虑。首先是发动机性能。一个强大的发动机能够提供稳定的动力，使得加速和响应更加迅速。这在驾驶者需要进行突然操作的情况下尤为重要，比如并入高速公路或避开障碍物。如果一辆车的发动机反应迟缓或无效，会导致沮丧和安全隐患。 另一个关键的drivability方面是车辆的悬挂系统。调校良好的悬挂系统可以吸收道路上的颠簸和不规则，给乘客提供舒适的乘坐体验。它还增强了车辆的操控能力，使得转弯时更具稳定性。驾驶者通常会欣赏能够平稳过渡于不同路况之间的车辆，无论是平坦的高速公路还是崎岖的乡间小路。 此外，车辆的转向系统也影响着drivability。精确的转向反馈使得驾驶者能够感受到与道路的连接，这对于维持控制至关重要。提供灵敏和准确转向的车辆往往能让驾驶者在狭窄空间或急转弯时更加自信。 整体的人体工程学设计也对车辆的drivability有所贡献。这包括控制布局、可视性以及座椅的舒适度。设计良好的内饰使驾驶者能够专注于道路，而不会受到不必要的干扰。舒适的座椅减少了长途驾驶中的疲劳，增强了整体驾驶体验。 现代科技也在提升drivability方面发挥了重要作用。自适应巡航控制、车道保持辅助和牵引力控制系统等功能帮助驾驶者在变化的条件下维持最佳性能。这些进步不仅增强了驾驶体验，还提高了道路旅行的安全性。 总之，drivability是一个多方面的概念，显著影响着驾驶者在驾驶时的体验。从发动机性能到悬挂和转向系统，每个元素都对车辆的操控和反应能力有着重要的影响。随着科技的不断发展，我们可以期待drivability的进一步提升，使得驾驶对每个人来说更加愉快和安全。理解drivability的重要性可以帮助消费者在购车时做出明智的选择，确保他们选择的车辆符合自己的驾驶偏好和需求。