traffic capacity

简明释义

交通量

英英释义

例句

1.Officials are studying ways to enhance the traffic capacity 交通容量 of public transport systems.

官员们正在研究增强公共交通系统的交通容量的方法。

2.Improving traffic capacity 交通容量 can help reduce congestion in urban areas.

改善交通容量可以帮助减少城市地区的拥堵。

3.The city's traffic capacity 交通容量 is expected to be doubled with the new infrastructure project.

随着新的基础设施项目，城市的交通容量预计将翻倍。

4.The new highway was designed to increase the traffic capacity 交通容量 of the city.

这条新高速公路的设计旨在增加城市的交通容量。

5.During peak hours, the traffic capacity 交通容量 of the main road is often exceeded.

在高峰时段，主干道的交通容量常常被超越。

作文

The concept of traffic capacity refers to the maximum amount of vehicles that can pass through a given point on a road or a network of roads in a specified period of time. Understanding traffic capacity is crucial for urban planners and traffic engineers as it directly influences traffic flow, safety, and overall transportation efficiency. In cities around the world, traffic congestion has become a common issue, leading to increased travel times, pollution, and frustration among commuters. By analyzing and optimizing traffic capacity, cities can implement effective solutions to mitigate these problems.One of the primary factors affecting traffic capacity is the design of the road infrastructure. Wider lanes, well-placed traffic signals, and efficient intersections can significantly enhance the traffic capacity of a roadway. For instance, roundabouts have been shown to improve traffic capacity compared to traditional stop-sign intersections. This is because roundabouts allow for continuous vehicle movement, reducing the number of stops and delays.Moreover, the type of vehicles using the road also impacts traffic capacity. Heavy trucks take up more space and move slower than passenger cars, which can decrease the overall traffic capacity of a route. Therefore, managing the types of vehicles allowed on certain roads can help maximize traffic capacity. Implementing dedicated lanes for buses or carpooling can also improve the efficiency of road usage.Another important aspect of traffic capacity is the timing of traffic signals. Coordinated traffic light systems can optimize the flow of vehicles, allowing for a smoother transition from one intersection to another. This synchronization can lead to an increase in traffic capacity during peak hours when the volume of vehicles is at its highest. Additionally, real-time data collection technologies, such as sensors and cameras, can provide valuable insights into traffic patterns, enabling better management of traffic capacity.Public transportation plays a significant role in enhancing traffic capacity as well. By encouraging the use of buses, subways, and trains, cities can reduce the number of cars on the road, thus increasing the traffic capacity available for those who still choose to drive. Investments in public transit infrastructure, such as dedicated bus lanes and improved rail services, can lead to a more efficient transportation system overall.In conclusion, understanding and managing traffic capacity is essential for urban development and sustainability. As cities continue to grow, the demand for effective transportation solutions will only increase. By focusing on road design, vehicle management, signal timing, and public transportation, urban planners can enhance traffic capacity and create a more efficient and livable environment for all residents. Addressing the challenges of traffic capacity not only improves daily commutes but also contributes to a reduction in environmental impact, making our cities healthier and more enjoyable places to live.

“交通容量”这一概念是指在特定时间内，某一道路或道路网络上能够通过的最大车辆数量。理解“交通容量”对城市规划师和交通工程师至关重要，因为它直接影响交通流量、安全性和整体运输效率。在全球各地，交通拥堵已成为一个普遍问题，导致旅行时间增加、污染加重以及通勤者的挫败感。通过分析和优化“交通容量”，城市可以实施有效的解决方案来缓解这些问题。影响“交通容量”的主要因素之一是道路基础设施的设计。更宽的车道、合理设置的交通信号以及高效的交叉口可以显著提高道路的“交通容量”。例如，与传统的停车标志交叉口相比，环形交叉口已被证明能改善“交通容量”。这是因为环形交叉口允许车辆持续通行，从而减少停车和延误的次数。此外，使用该道路的车辆类型也会影响“交通容量”。重型卡车占用更多空间且行驶速度较慢，这可能会降低路线的整体“交通容量”。因此，管理某些道路上允许的车辆类型可以帮助最大化“交通容量”。为公交车或拼车实施专用车道也可以提高道路使用的效率。“交通容量”的另一个重要方面是交通信号的时机。协调的红绿灯系统可以优化车辆的流动，使得从一个交叉口到另一个交叉口的过渡更加顺畅。这种同步可以在高峰时段车辆数量最多时提升“交通容量”。此外，实时数据收集技术，如传感器和摄像头，可以提供有关交通模式的宝贵见解，从而使“交通容量”的管理更加有效。公共交通在提升“交通容量”方面也发挥着重要作用。通过鼓励使用公交车、地铁和火车，城市可以减少道路上的汽车数量，从而增加选择开车的人可用的“交通容量”。对公共交通基础设施的投资，例如专用公交车道和改进的铁路服务，可以导致整体运输系统的效率更高。总之，理解和管理“交通容量”对城市发展和可持续性至关重要。随着城市的不断发展，对有效交通解决方案的需求只会增加。通过关注道路设计、车辆管理、信号时机和公共交通，城市规划者可以增强“交通容量”，为所有居民创造一个更高效和宜居的环境。解决“交通容量”的挑战不仅改善了日常通勤，还减少了环境影响，使我们的城市成为更健康、更宜居的地方。