组合列车

重载组合列车机车车钩稳定控制试验

Test Study on Stability Control of Locomotive Coupler in Heavy Haul Combined Train

组合列车采用条件的分析及区段站配置图的探讨

Analysis of the conditions about adopting combined train and Research on the layout plans of district stations

天窗期间组合列车合理开行对数的研究

Research on the Reasonable Number of Combined Trains in Skylight Period

组合列车操纵和制动控制装置及技术的研究

Operation and Brake Control Devices and Technical Studies of Unit Trains

基于多智能体的组合列车同步制动系统在线诊断

On-line Diagnosis for Synchronous Brake System of Combined-train Based on Multi-agent Technique

组合列车断钩的列车动力学分析

Train Dynamics Analysis of Coupling Break of the Connected Train

重载组合列车制动问题是重载运输首先要解决的难题之一。

Train braking is the chief problem to be solved for heavy-haul transport .

同步操控技术是开行组合列车的关键技术。

The Synchronous Control technique is the key technique of driving combination trains .

大秦线2万t组合列车中部纵向力测试分析

Cause Analysis on Longitudinal Force of 20000t Combined Trains

重载组合列车开行对轮轨磨耗影响的研究组合列车的对接技术与追踪技术

Butt Coupling and Tracking Technologies for Combination Trains

组合列车对单线铁路货物输送能力及旅行速度的影响

Effects of Joined Trains on Transportation Ability and Travel Speed to Single Track Railways

对双线铁路开行组合列车中间越行点改建问题的探讨

An Approach to Rebuilding Intermediate Overtaking Points Under the Condition of Operating Combined Train on Double-Track Line

这些研究为重载组合列车纵向动力学的研究提供了基础。

The research results provide theoretical basis for study of the optimization operation technique for heavy haul trains .

通过分析列车纵向动力学的特点，建立了组合列车纵向动力学的数学模型。

With analyzed the train longitudinal dynamics . The mathematical model of train longitudinal dynamics has been established .

双线自动闭塞区段组合列车提高运能的效果分析

An Effect Analysis of Raising Transport Capacity by Combination Trains on Double . Lines with Automatic Block System

铁路重载运输、组合列车这些在国外普遍运用的扩能措施，由于我国的运营管理、机车车辆设备、信号制式与区间分区方式而不能在国内推广，制约了铁路运输向多样化发展。

Energy extending measures such as railway heavy haul transportation and combined vehicles can not be rolled out domestically .

本文用列车动力学的方法，使用电子计算机模拟技术，结合实例对组合列车的断钩事故进行了分析。

The connected train coupling break accidents happened are analysed with the method of train dynamics and computer simulation technology .

文中，还对开行组合列车对供电能力的影响问题作了研究。

In addition , this paper also makes a study of the effect of operating combination trains upon power supply capability .

锦州机务段为确保组合列车的安全运行，摸索及总结了一套组合列车的操纵技术。

Experiments and observations of handling methods of connected trains to ensure safety in motion are summarized by Jingzhou Locomotive Depot .

文中建议，在组合列车开行之前，应当结合具体情况，进行认真的列车动力学分析，以确保组合列车的安全运行。

Suggests that the train dynamics must be analysed seriously before the train is set in motion in order to ensure its safety .

说明了2万t重载组合列车试验结果评定指标的确定依据和长大货物列车综合测试平台的特点。

Explains the the basis of evaluation criteria for the test results and characteristics of test platform of20000 t Heavy Haul Train test .

为满足铁路不断增长的货物运输需求，开行重载组合列车是一种有效提高运输能力的方法。

To meet the ever-increasing demand for the railway transportation , the operation of heavy-haul trains is an effective way to improve transport capacity .

最后，采用模块化设计，给出重载组合列车管路泄漏诊断系统的软硬件实现，验证方案和诊断方法的有效性。

The implementation of software and hardware of the diagnosis system is achieved . The effectiveness of the scheme and diagnostic method is verified .

采用多机牵引无线同步操控技术开行组合列车是实现重载运输的一个重要途径。

It is an important way to realize heavy-load transportation by using the technology of multi-locomotive and wireless synchronous control system to operate combined trains .

运行实验表明改进的制动控制单元符合同步控制系统有关的技术要求，能够满足重载组合列车同步控制系统同步制动的需要。

The results show that the new type brake control unit can meet the technology requests and realize the synchronous braking of heavy-haul trains ' synchronous control system .

机车无线重联同步控制技术是实现重载组合列车机车远程分布动力牵引运行的关键技术，也是发展重载组合列车运输的瓶颈之一。

Locomotive wireless remote multi-traction synchronization control system is not only the key system to achieve this , but also the bottleneck of heavy haul combined train development .

通过参加重载组合列车遥控系统与旅客列车速度分级控制系统研制工作的体会和经验，提出了一种解决这一问题的有效方案。

This article puts forward an efficient solution to this issue through research on heavy haul combination vehicle remote control system and grading control system of passenger coach speed .

实际应用表明，本文提出的重载组合列车机车制动控制策略可实现快速、精确同步制动，能够完全满足重载组合列车机车制动系统的技术指标。

The practical application shows that the strategy can achieve synchronized brake rapidly and accurately while completely meet the technical indicators of the heavy-haul train locomotive brake control system .

本文阐述了线路年通过总重、列车平均轴重与开行组合列车对钢轨伤损的影响。

In the thesis , the effect of annual gross traffic tonnage , annual average train axle load , and operation of combined train on rail defects are discussed .

随着铁路货运的重载化，开行长大重载组合列车是发展的方向，而开行重载组合列车首先需要解决机车远程分布动力牵引控制问题。

As the railway freight transportation develops towards the direction of heavy haul , the first concern of running long heavy haul train is the remote control of distributed power drive system .