摘要
为解决公路交通过于拥堵问题,保证有限土地能够得到高效率使用,通过设置互通立交的方法,切实提升公路运输能力,确保公路作用能够发挥到最大。当完成互通立交建设之后,交叉车辆可以进行转弯行驶,能够有效消除冲突问题,减少各方向行车之间的相互干扰。在进行互通立交的设计过程中,需要做好线形设计以及数据处理,通过对各项数据的合理应用,确保能够通过不断优化互通立交设计,有效提高公共交通整体作用。通过对实际互通立交设计工程的分析和研究,对互通立交线形设计方式方法展开深度探讨,并会就数据处理技术及其应用进行详细分析,旨在提升互通立交线形设计水平,促进我国交通事业稳定性发展。
In order to solve the problem of excessive traffic congestion on highways and ensure the efficient use of limited land,the method of setting up interchanges will be used to effectively enhance the transportation capacity of highways and ensure that their role can be maximized.After the completion of the construction of interchanges,intersecting vehicles can turn and drive,which can effectively eliminate conflict issues and reduce the mutual interference between vehicles in different directions.In the design process of interchanges,it is necessary to do a good job in alignment design and data processing and reasonablly apply various data,so as to ensure that the overall effect of public transportation can be effectively improved by continuously optimizing the design of interchanges.Through the analysis and research of the actual design projects of interchanges,the article conducts an in-depth discussion on the methods of their design alignment,and analyzes data processing technology and its applications in detail,aiming to improve the level of the alignment design of interchanges and promote the stable development of the transportation industry in China.
作者
邹辉煌
陈亚沛
刘延
ZOU Huihuang;CHEN Yapei;LIU Yan(Central and Southern China Municipal Engineering Design and Research Institute Co.,Ltd.,Wuhan,Hubei Province,430010 China)
出处
《科技资讯》
2024年第9期154-156,共3页
Science & Technology Information
关键词
主线设计
数据处理技术
匝道设计
互通立交线形设计
变速车道设计
Main line design
Data processing technology
Ramp design
Interchange alignment design
Speed-change lane design
