trafficability

简明释义

英[træfɪkəˈbɪləti]美[ˌtræfɪkəˈbɪlɪti]

n. 机动性；通行状况；车辆通过性

英英释义

单词用法

同义词

反义词

例句

1.Trafficability means the ability of vehicle passing through a variety of road conditions.

通过性是指车辆通过各种路况的能力。

2.The invention is a rhombus war chariot which has simple and compact structure, good driving force, small turning radius, flexible operation, good trafficability characteristic and ride.

本发明是一种结构简单紧凑、驱动力好、转弯半径小、操作灵活、通过性好、平顺性优的类菱形战车。

3.The battalion's trafficability was essential in its victory.

该营的机动性为其获胜的主要因素。

4.We should correct understand automobile's ground clearance, the ground clearance of a truck is bigger than another, does not mean that its trafficability is better either.

要正确地认识汽车的最小离地间隙，某车的最小离地间隙比另一车大，不一定它的通过性就比另一车好。

5.In order to estimate the terrain trafficability of off-road vehicle, an estimating system was constructed based on VPG (virtual proving ground) technology.

为了评价越野车辆的地形通过性，建立了基于虚拟试验场技术的评价系统。

6.The invention is a rhombus coach which has small wind resistance, low energy consumption, small turning radius, flexible operation, good trafficability characteristic, good ride and light weight.

本发明是一种风阻小、能耗低、转弯半径小、操作灵活、通 过性好、平顺性优、重量轻的类菱形客车。

7.The engineers evaluated the road's trafficability to ensure it could handle heavy vehicles.

工程师评估了这条道路的通行能力，以确保它能够承受重型车辆。

8.After the storm, the trafficability of the streets was severely affected, making it difficult for emergency services to respond.

暴风雨过后，街道的通行能力受到严重影响，导致紧急服务难以响应。

9.The military conducted tests to determine the trafficability of the terrain for their operations.

军方进行了测试，以确定该地形的通行能力以便于他们的行动。

10.Local authorities are working on improving the trafficability of rural roads to support farmers.

当地政府正在努力改善乡村道路的通行能力，以支持农民。

11.The trafficability of the ice roads in winter is crucial for transporting goods to remote areas.

冬季冰路的通行能力对将货物运输到偏远地区至关重要。

作文

The term trafficability refers to the ability of a surface or route to accommodate the movement of vehicles and pedestrians. In urban planning and transportation engineering, understanding trafficability is crucial for ensuring that roads, pathways, and other transit areas are designed to handle the expected volume of traffic efficiently. Factors that influence trafficability include road surface conditions, the layout of the infrastructure, and environmental considerations such as weather and terrain. For instance, in cities where heavy rainfall is common, the trafficability of roads may be compromised by flooding or water accumulation. Engineers must take these factors into account when designing drainage systems to maintain the trafficability of the streets. Similarly, in rural areas, unpaved roads may have limited trafficability during certain seasons due to mud or snow, which can hinder transportation and access to essential services. Moreover, trafficability is not only about the physical attributes of roads but also involves the behavior of drivers and pedestrians. For example, a road may be technically passable, but if drivers are not adhering to traffic laws or if pedestrians are not using designated walkways, the effective trafficability of that area can be significantly reduced. Therefore, education and enforcement of traffic regulations are vital components in maintaining a high level of trafficability. In addition, technology plays an increasingly important role in enhancing trafficability. Smart traffic management systems can monitor real-time traffic conditions and adjust signals accordingly to improve flow. These systems can help mitigate congestion, thereby increasing the overall trafficability of urban areas. Furthermore, advancements in materials science have led to the development of more durable and resilient road surfaces that can withstand various weather conditions, thus improving trafficability in challenging environments. Ultimately, the concept of trafficability extends beyond mere definitions; it encompasses a holistic approach to transportation that considers infrastructure, human behavior, and technological advancements. By prioritizing trafficability in urban planning and policy-making, communities can foster safer, more efficient, and more accessible transportation networks for all residents. In conclusion, understanding trafficability and its implications is essential for creating effective transportation systems. It requires collaboration among engineers, urban planners, policymakers, and the community. Only by addressing the multifaceted nature of trafficability can we hope to build a future where movement is seamless and accessible, thereby enhancing the quality of life for everyone. The focus on trafficability will ensure that our roads and pathways serve their intended purpose effectively, allowing for the smooth flow of traffic and the safety of all travelers.

“trafficability”一词指的是某个表面或路线容纳车辆和行人的能力。在城市规划和交通工程中，理解“trafficability”对于确保道路、通道和其他交通区域的设计能够高效处理预期的交通量至关重要。影响“trafficability”的因素包括路面条件、基础设施布局以及天气和地形等环境因素。 例如，在降雨量较大的城市，“trafficability”的道路可能因洪水或水积聚而受到损害。工程师必须在设计排水系统时考虑这些因素，以维持街道的“trafficability”。同样，在农村地区，未铺砌的道路在某些季节可能因泥土或雪而限制“trafficability”，这会妨碍交通和获取基本服务。 此外，“trafficability”不仅仅关乎道路的物理特征，还涉及驾驶员和行人的行为。例如，一条道路在技术上可以通行，但如果驾驶员不遵守交通法规，或者行人不使用指定的人行道，那么该区域的有效“trafficability”可能会显著降低。因此，教育和执法交通法规是维护高水平“trafficability”的重要组成部分。 此外，技术在提升“trafficability”方面发挥着越来越重要的作用。智能交通管理系统可以实时监控交通状况，并相应调整信号以改善流量。这些系统可以帮助缓解拥堵，从而提高城市区域的整体“trafficability”。此外，材料科学的进步导致开发出更耐用和抗压的路面，这些路面能够抵御各种天气条件，从而改善恶劣环境下的“trafficability”。 最终，“trafficability”的概念不仅仅是定义；它涵盖了对交通的整体方法，考虑基础设施、人类行为和技术进步。通过在城市规划和政策制定中优先考虑“trafficability”，社区可以为所有居民创造更安全、更高效和更易于接入的交通网络。 总之，理解“trafficability”及其含义对于创建有效的交通系统至关重要。这需要工程师、城市规划者、政策制定者和社区之间的合作。只有通过解决“trafficability”的多面性，我们才能希望建设一个无缝且可访问的未来，从而提升每个人的生活质量。关注“trafficability”将确保我们的道路和通道有效地服务于其预期目的，使交通流畅，确保所有旅行者的安全。