traffic capacity

简明释义

运输量

英英释义

例句

1.The construction of an additional lane will enhance the traffic capacity 交通容量 of this route significantly.

增加一条车道的建设将显著提高这条路线的traffic capacity 交通容量。

2.Urban planners are studying the traffic capacity 交通容量 of various streets to optimize flow.

城市规划者正在研究各种街道的traffic capacity 交通容量以优化交通流量。

3.New traffic signals are being installed to improve the traffic capacity 交通容量 at the intersection.

正在安装新的交通信号灯，以改善交叉口的traffic capacity 交通容量。

4.The city is planning to increase the traffic capacity 交通容量 of the main highway to reduce congestion during rush hour.

该市计划增加主要高速公路的traffic capacity 交通容量，以减少高峰时段的拥堵。

5.Regular maintenance is crucial for maintaining the traffic capacity 交通容量 of the road network.

定期维护对保持道路网络的traffic capacity 交通容量至关重要。

作文

Traffic capacity is a term that refers to the maximum amount of vehicles or pedestrians that can pass through a specific point on a road or pathway in a given time period. Understanding traffic capacity is crucial for urban planners and traffic engineers as it directly impacts the efficiency of transportation systems. In cities where traffic congestion is a common issue, knowing the traffic capacity of various routes can help in designing better infrastructure and implementing effective traffic management strategies.For instance, during rush hours, many roads experience significant delays due to high volumes of vehicles. By analyzing the traffic capacity of these roads, authorities can identify which areas are most prone to congestion and take necessary actions, such as expanding lanes or optimizing traffic signals. This is particularly important in metropolitan areas where the population density is high, and the demand for road space exceeds the available supply.Moreover, the concept of traffic capacity is not limited to vehicles alone. Pedestrian pathways, bike lanes, and public transport systems also have their own traffic capacities. For example, a busy pedestrian crossing may have a different traffic capacity compared to a quiet residential street. Understanding these differences helps in creating a balanced transportation network that accommodates all modes of travel.In addition, the traffic capacity of a roadway can be affected by various factors, including road design, weather conditions, and the presence of traffic control devices. A well-designed road with multiple lanes and efficient traffic signals will typically have a higher traffic capacity than a narrow, poorly maintained road. Similarly, adverse weather conditions like rain or snow can reduce the traffic capacity as drivers tend to slow down, leading to increased travel times and potential safety hazards.To improve traffic capacity, cities can invest in smart traffic management systems that utilize real-time data to adjust traffic signals based on current conditions. These systems can help optimize the flow of vehicles and pedestrians, ultimately increasing the traffic capacity of the roadways. Furthermore, promoting alternative modes of transportation, such as cycling and public transit, can alleviate pressure on road networks and enhance overall traffic capacity.In conclusion, understanding traffic capacity is essential for effective transportation planning and management. It plays a vital role in ensuring that urban areas remain accessible and efficient for all users. By analyzing and improving traffic capacity, we can create safer, more sustainable cities that accommodate the growing demands of modern life. The ongoing challenge for urban planners is to balance the needs of different modes of transportation while maximizing the traffic capacity of existing infrastructure. As cities continue to evolve, innovative solutions will be necessary to address the complexities of urban mobility and ensure a seamless flow of people and goods.

交通能力是一个术语，指的是在特定时间段内可以通过某一点的最大车辆或行人数量。理解交通能力对于城市规划者和交通工程师至关重要，因为它直接影响运输系统的效率。在交通拥堵常见的城市中，了解各条路线的交通能力可以帮助设计更好的基础设施和实施有效的交通管理策略。例如，在高峰时段，许多道路由于车辆数量过多而经历显著的延误。通过分析这些道路的交通能力，当局可以识别出哪些区域最容易发生拥堵，并采取必要的措施，例如扩展车道或优化交通信号。这在大城市中尤为重要，因为那里的人口密度高，路面需求超过可用供应。此外，交通能力的概念不仅限于车辆。人行道、自行车道和公共交通系统也有其自身的交通能力。例如，一个繁忙的行人过街道的交通能力可能与一个安静的住宅街道不同。理解这些差异有助于创建一个平衡的交通网络，以适应所有出行方式。此外，道路的交通能力可能会受到各种因素的影响，包括道路设计、天气条件和交通控制设备的存在。设计良好的多车道道路和高效的交通信号通常会比狭窄、维护不善的道路具有更高的交通能力。同样，不利的天气条件如雨雪可能会降低交通能力，因为驾驶员往往会减速，导致旅行时间增加和潜在的安全隐患。为了提高交通能力，城市可以投资智能交通管理系统，这些系统利用实时数据根据当前条件调整交通信号。这些系统可以帮助优化车辆和行人的流动，最终增加道路的交通能力。此外，促进替代交通方式，如骑自行车和公共交通，可以减轻道路网络的压力，增强整体的交通能力。总之，理解交通能力对于有效的交通规划和管理至关重要。它在确保城市地区对所有用户保持可达性和效率方面发挥着重要作用。通过分析和改善交通能力，我们可以创造更安全、更可持续的城市，以满足现代生活日益增长的需求。城市规划者面临的持续挑战是平衡不同交通方式的需求，同时最大化现有基础设施的交通能力。随着城市的不断发展，创新解决方案将是应对城市流动性复杂性并确保人员和货物顺畅流动的必要条件。