山梨试验线车辆空气动力制动

介绍了山犁磁悬浮车辆空气动力制动的构造及试验结果。     

列车制动耗能一般意义公式及机车优化操纵侧重点问题

在对制动所消耗列车动能进行分析的基础上推导出列车制动耗能一般意义公式 ,提出了必要、不必要制动和制动损失概念 ,并对机车优化操纵侧重点问题进行了探讨     

Influence of train length on in-train longitudinal forces during brake application

It needs some seconds for a signal, which is created from brake application, to travel from the first part of the train system (locomotive) to the end part of it (last wagon). Delay in time of all parts of the system (train) brake is seen which might deteriorate the longitudinal dynamic interaction of the long trains. For instance, this results in running of the rear cars to the front ones and hence producing large in-train forces at the buffers and couplers. Major parts of the rolling stock in railway system repair are known for relative compression and tension forces, which are applied to the whole train system and cause huge expenses for the industry. For trains with long lengths, operating in safe area is another important relation with train forces along the system. By using MATLAB simulation in this study, we investigated the length's effect on train dynamic along the system mainly for freight trains. We did our research on the trains which are currently used in Railways of Islamic Republic of Iran, RIRI. Four diverse cases were under our simulation, in each of which, trains consist of 52, 32, 20 and 12 cars, respectively. Two different forces (tension and compression) are displayed here as of the outcome of the research. Simulations show different forms of interplays in dynamics along the system. Then we compared the graphs to each other to find out detailed influences of length of the whole system (train including different number of wagons and locomotive) on dynamics of system along it while braking is applied.     

真空助力制动系统故障诊断方法

以带真空助力的液压制动为例，介绍几类制动故障模式的诊断方法、发生故障的原因及部位。     

单元制动器微机试验台的研制

针对国产机车使用的踏面式制动器所带来的检修工作复杂化的问题,为了提高修后质量,利用液压原理和计算机、工业控制器技术,设计制作了一套单元制动器微机试验台,从而实现单元制动器的自动化检测,提高检修效率和配件质量。     

电力机车空电联合制动应用与发展建议

介绍了我国电力机车空电联合制动技术的应用及发展情况,重点分析目前国内交流传动电力机车空电联合制动控制技术的不足,并提出相应的解决方法。     

串联式混合动力客车制动能量回收的研究

制动能量回收是提高串联式混合动力客车经济性的重要手段.通过理论分析,对中国典型城市公交工况和不同城市实测公交工况的可用制动能量进行了计算和比较.在此基础上提出了串联式混合动力客车适用的制动能量回收策略,并通过前向式仿真模型对此策略进行仿真.最后通过实车运行验证了此制动能量回收策略的可行性和有效性.     

上海轨道交通4号线地铁车辆紧急制动功能分析与计算

综述国内各地铁车辆紧急制动方式、作用原理及特点,着重介绍上海轨道交通4号线地铁车辆紧急制动气路及电路控制原理,并对其紧急制动空气用量、紧急制动减速度和紧急制动距离进行计算。     

HX_D3型交流传动电力机车

HXD3型电力机车是大连机车车辆有限公司与日本东芝公司联合设计、开发的6轴大功率交流传动货运电力机车。机车额定功率为7 200 kW,最高速度为120 km/h,电传动系统采用IGBT水冷变流机组。文章介绍了该机车的主要特点、技术参数、设备布置、通风系统、电气系统、机械系统、制动及供风系统等。     

摩托车后轮液压盘式制动系统的开发（1）

液压盘式制动系统因技术先进、稳定性好、无自锁现象及维修方便等优点，在国外已被广泛应用于摩托车前、后轮制动器上，而我国则仅限于前轮制动器的使用，后轮制动器多使用技术相对简单的鼓式制动器。为提高我国摩托车的技术含量，摩托车后轮液压盘式制动器的研究非常必要，同时也是为摩托车制动系统向更高技术含量的防抱死制劝系统发展做好技术储备。