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Traffic engineering challenges in China

机译:中国交通工程的挑战

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With a population of 1.3 billion, four cities of over 9m inhabitants, eight over 2m, 22 of 1-2m, and car ownership rising at 10% pa from a current level of 5.4 per 1000 population, in the fastest growing economy in the world, China faces major challenges in planning and transport policy in general and in traffic engineering in particular. The need to establish traffic engineering policies within the wider context of planning and transport policies is particularly important in Chinese cities where the great majority of person km are currently carried by bus and bike, but where taxis and cars may already account for more than half the pcu km. It is also important because the roles of the modes may be rapidly changed by the construction of new metro networks, by the expansion of the cities and their road networks and by the growth of car ownership. This paper ignores these important wider issues and concentrates on the traffic management and engineering policies applicable in resolving the current competition for scarce roadspace between pedestrians, cyclists, moped users, buses, taxis, a great variety of freight vehicles and the increasing numbers of cars.
机译:在世界上增长最快的经济体中,拥有13亿人口的四个城市中,有900万以上的居民,8个以上的200万人口,1-2个人口中的22个城市,汽车拥有率从目前的每千人口5.4%的水平每年增长10%。总体而言,中国在规划和运输政策尤其是交通工程方面面临重大挑战。在更广泛的规划和运输政策范围内制定交通工程政策的需求在中国城市中尤为重要,因为中国城市目前大多数人的公里数是由公共汽车和自行车所载,但出租车和汽车可能已经占到了一半以上。 pcu公里这一点也很重要,因为新的地铁网络的建设,城市及其道路网络的扩展以及汽车拥有量的增长可能会迅速改变这些模式的作用。本文忽略了这些重要的更广泛的问题,而是着重于适用于解决当前行人,骑自行车者,轻便摩托车使用者,公共汽车,出租车,各种各样的货运车辆和越来越多的汽车之间稀少的道路空间竞争的交通管理和工程政策。

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