提速干线编组站运行系统的匹配协调关系研究

Q3 Engineering 中国铁道科学 Pub Date : 2007-07-09 DOI:10.1061/40932(246)401
Jun-qing Ye, Zhi-ya Chen, Xia-miao Li
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引用次数: 0

摘要

该运行系统的主要特征是高速干线编组站到站列车流的不平衡状态。根据其运行要求和特点,运用排队理论和随机过程理论对其运行状况进行了定量分析。分别定量分析了列车的临界强度到达时间和解密分系统饱和出现的条件、装配分系统的效率和可靠性以及发车分系统的临界强度出发时间。改善运营系统匹配协调关系的措施包括:合理设置拆解发车分系统的检票员、列车密集进站发车时的区段过境率在90%以下、降低连接区段进站发车时间间隔方差系数、在繁忙时段增设拆解机车和组装机车、增设分类轨道和发车轨道等。优化日常运行计划,优化列车流运行方案,保持运行系统连续稳定,提高不分拣的车辆在运率等。
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Research on the Matching and Coordinating Relationship of Operation System in Marshalling Station on Trunk Line with Increased Speed
The primary characteristic of the operation system is the unbalanced status of arrival train flows in marshalling station on trunk lines with increased speed. Based on its operational requirements and characteristics, the theory of queuing and stochastic process is used to analyze quantitatively the condition of the operation system. The paper analyzes quantitatively the critical intensity arrival time of trains and the condition for appearance of saturation of declassification subsystem, efficiency and reliability of assembling subsystem and the critical intensity departing time of departure subsystem separately. The measures for improving the matching and coordinating relationship of operation system include setting inspector crews in declassification and departure subsystem in reason, the transit rate of section under 90% during trains arriving and departing intensively, reducing the coefficient of variance of arriving and departing time interval of the linking sections, adding de assembling locomotives and assembling locomotives during busy period, adding classification tracks and departure tracks, optimizing daily operation plan, optimizing operation scheme of train flows, keeping the operation system continuous and stable, increasing the percentage of wagons in transit without sorting, and so on.
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来源期刊
中国铁道科学
中国铁道科学 Engineering-Mechanical Engineering
CiteScore
2.00
自引率
0.00%
发文量
3868
期刊介绍: China Railway Science (founded in 1979, a bimonthly journal) was founded by Academician Mao Yisheng and has grown up in the context of reform and opening up. This journal is dedicated to serving the modernisation of China's railways, promoting academic research and exchanges, showcasing scientific and technological innovations, and cultivating high-level talents. It has published a large number of original and innovative academic papers, which have had a far-reaching impact on the field of railway and urban rail transit, and has become an important academic exchange platform of China Railway Research Institute Group Co. The journal contains scientific papers, abstracts of doctoral dissertations, results briefs, scientific and technological information, covering theoretical research and practice in civil engineering, rolling stock, communication signals and other disciplines. According to the data of 2021, it has an outstanding performance in terms of literature volume and citations on China Knowledge Network and Wanfang Data Knowledge Service Platform. China Railway Science is included in many famous databases at home and abroad, including American Engineering Index (Ei Compendex), Chinese Core Journals, China Academic Journals Comprehensive Evaluation Database, China Journal Square Science and Technology Double-Effective Journals, CNKI Chinese Journals Full-Text Database, and Wanfang Data-Digital Journals Group, Cambridge Scientific Abstracts: Engineering and Technology, Japan Science and Technology Agency (JSTA) database, China Science Citation Database (CSCD), RCCSE China Authoritative Academic Journals A+, China's leading scientific and technical journals, China's top scientific and technical journals, China's top scientific and technical journals, China's science and technology core journals, VIP Chinese scientific and technical journals database, Science Abstracts of the United Kingdom (SAINSPEC) (SAINSPEC), Dutch Scopus database (Scopus), Russian Abstracts Journal (AJ), etc., which shows its important position and international influence in the academic world.
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The Relationship between Fracture Toughness and Impact Toughness of High-Speed Wheel Steel at Room Temperature Research on the Matching and Coordinating Relationship of Operation System in Marshalling Station on Trunk Line with Increased Speed
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