公交车不规范停靠的调查分析

在城市交通中,公交站台发挥着重要的作用,但是在公交站台经常会出现公交车不规范停靠的现象,这对乘客和城市交通带来了诸多不便.以南京市三中路为例,对公交车的停靠形式进行了调查,分别从公交站台的通行能力、停靠能力以及一些人为因素方面对公交车的不规范停靠进行了分析.在通行能力方面.计算通行能力并与实测结果进行比较;在停靠能力方...     

基于DSP的船舶电站自动准同步并车装置的研究

本文介绍了基于DSP的船舶电站自动准同步并车装置的软硬件设计,着重介绍了其频差、压差及相位差的检测与合闸提前量的确定。     

秦淮东河工程规划方案及其综合效益

该文根据南京市经济社会发展要求,遵循"人水和谐"理念,从分洪和调水需求出发,对秦淮东河的工程规模、功能定位、线路走向、实施难度等进行了深入研究,为工程的顺利实施提供了一定技术基础。     

A study on the timing of Asian metropolitan railway development with motorization and its effect on CO2 emissions from transportation

In metropolitan areas of developing and emerging economies in Asia, a remarkable phenomenon of motorization with rapid economic growth is accelerating a continuous formation of auto-dependent urban structures. The delayed timing of urban railway introduction could contribute to a negative spiral of motorization, which could provoke a severe increase in CO₂ emissions from transportation sector. In this paper, we attempt to evaluate the timing of urban railway station development based on the level of automobile share and an analysis of the CO₂ emissions in the catchment areas of newly introduced urban railway stations in Asian metropolitan areas; Japan, Malaysia and Indonesia. The result quantitatively reveals that the earlier development of the stations in comparison to the progress of motorization tended to result in a statistically significant reduction of CO₂ emissions from transportation year-by-year in the catchment areas. In addition, this study demonstrates statistically that urban development harmonized with urban railway systems with a higher service frequency should be a key factor on the strategic realization of low-carbon urban forms along public transportation corridors.     

铁路货运站门卫信息化管理模式分析

概述铁路货运站信息化建设现状,在对铁路货运站门卫信息化管理需求分析的基础上,提出满足需求分析的3种门卫管理模式：严进严出预发门证模式、宽进严出自动发卡模式、严进严出预约汽车模式。介绍了3种模式的作业流程,并从自动化程度、货场安全管理、对货运站周围交通压力的影响等方面分析不同模式的优缺点,提出不同模式的适用条件,为货运站在信息化建设过程中选择门卫管理方案提供参考。     

论铁路运输发展需求和计算机联锁系统工程化

本文介绍了计算机联锁系统在系统结构、实施、维护环节的现状，并分析了计算机联锁系统软硬件未来发展的趋向。     

中国南极中山站的海堤道路建设

南极中山站鸳鸯群岛拟建设卸货码头工程,按计划首先建设受潮汐、波浪影响的海堤道路。由于工程基础资料贫乏,施工条件特殊,中国第22次南极考察队项目组,行前进行了充分的技术准备,对土工材料进行模拟南极自然条件的性能试验研究。现场实施中结合实际解决了关键性技术问题并优化了设计实施方案,按计划完成建设任务。     

地下工程防水概念设计探讨及其应用

从阐述地下工程结构防水概念设计出发,提出了地下工程结构防水概念设计中应遵循的三个重要原则,特别是结构类型的导向性原则,强调根据结构的受力及重要构造特征有针对性地进行防水设计,并将以上原则运用于上海铁路南站南广场地下空间A、B区的防水设计中,从目前运营的情况来看,设计是成功的。     

Application of Chinese Characters in the Design and Construction of the Badaling Great Wall Station of the Beijing-Zhangjiakou High-Speed Railway北大核心CSCD

The new Badaling tunnel is the longest tunnel on the under-construction Beijing-Zhangjiakou highspeedrailway, with the Badaling Great Wall station to be built in the tunnel. This station, which is under the Badaling Great Wall historic site, is the world’s largest underground high-speed railway station with the most complicated structure and the largest overburden and excavation area. It is therefore a representative project for China’s highspeed railway development strategy, supporting infrastructure facilities for the Beijing Horticultural Expo 2019 and the 2022 Winter Olympics in Beijing, and it is important that it be of high quality and completed safely. In the de-sign and construction of the station, the glyphs of the Chinese characters of "中",”国”,”人”and”品”are used, re-spectively, along the station route, in the rescue and evacuation mode, auxiliary adit and partial excavation, which is a way to successfully integrate the art of Chinese characters into tunnel engineering. © 2018, Editorial Office of "Modern Tunnelling Technology". All right reserved.     

昆明局集团公司卸车能力提升对策

为提升昆明局集团公司卸车能力,满足全路货运装车需求,阐述卸车能力影响因素,从系统角度构建铁路三级服务卸车系统,包括运输通道子系统、枢纽作业子系统与货运站点作业子系统.针对昆明局集团公司卸车能力紧缺的现状,分析各级服务子系统的能力,提出相应的能力提升措施,并分析其效果.经研究可知,通过实施运输组织优化、车流径路调整、货运...