Construction of Railway Vehicle Simulation Model Taking into Account Air Springs Deflation

Tadanobu IIDA; Keisuke NOZAKI; Takayuki TANAKA

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Construction of Railway Vehicle Simulation Model Taking into Account Air Springs Deflation

机译：考虑空气弹簧放气的铁路车辆仿真模型的构建

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摘要

When the air springs on a railway vehicle go flat, wheel load is decreased by track irregularity. In order to examine the running safety of the railway vehicle under the air spring deflation, running tests were carried out, and various data such as wheel load, lateral force, force acting on the air spring and the amount of climbing of the wheel were obtained. Furthermore, we constructed a numerical simulation model of a railway vehicle in consideration of an air spring deflation, and its validity was confirmed through the comparison with the test results.

机译：当铁路车辆上的空气弹簧变平时，轮迹会因轨道不平顺而降低。为了检查铁路车辆在空气弹簧放气下的行驶安全性，进行了行驶测试，并获得了各种数据，例如车轮载荷，侧向力，作用在空气弹簧上的力以及车轮的爬升量。。此外，我们在考虑空气弹簧放气的情况下，建立了铁路车辆的数值模拟模型，并通过与测试结果的比较证实了其有效性。

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来源
《Quarterly Report of RTRI》 |2019年第2期|103-108|共6页
作者
Tadanobu IIDA; Keisuke NOZAKI; Takayuki TANAKA;
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作者单位

Vehicle Dynamics Laboratory, Vehicle Structure Technology Division;

Vehicle Dynamics Laboratory, Vehicle Structure Technology Division (Former);

Vehicle Mechanics Laboratory, Railway Dynamics Division;

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收录信息美国《工程索引》(EI);
原文格式 PDF
正文语种 eng
中图分类
关键词
air spring deflation; vehicle running safety; wheel load reduction; amount of climbing of the wheel; curving simulation;

机译：空气弹簧放气车辆行驶安全;降低车轮负荷;车轮的爬升量;弯曲模拟;

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1. Construction of Railway Vehicle Simulation Model Taking into Account Air Springs Deflation [J] . Tadanobu IIDA, Keisuke NOZAKI, Takayuki TANAKA Quarterly Report of RTRI . 2019,第2期

机译：考虑空气弹簧通气的铁路车辆仿真模型构建
2. Construction of Railway Vehicle Simulation Model Taking into Account Air Springs Deflation [J] . Tadanobu IIDA, Keisuke NOZAKI, Takayuki TANAKA Quarterly reports of RTRI . 2019,第2期

机译：考虑空气弹簧放气的铁路车辆仿真模型的构建
3. Mathematical Modeling and Characteristic Analysis of the Vertical Stiffness for Railway Vehicle Air Spring System [J] . Liufeng Xu Mathematical Problems in Engineering: Theory, Methods and Applications . 2020,第1期

机译：铁路车辆空气弹簧系统垂直刚度的数学建模与特征分析
4. Conical rubber suspension springs in the construction of railway vehicles [C] . I Sebesan, I Turcanu Innovative Manufacturing Engineering and Energy Conference . 2019

机译：铁路车辆施工中的锥形橡胶悬架弹簧
5. Modeling, Capabilities, and Control of Electrodynamic Actuators and Variable-Volume Air-Springs in Active Vehicle Suspensions. [D] . Clemen, Layne A. 2015

机译：主动车辆悬架中电动执行器和可变体积空气弹簧的建模，功能和控制。
6. Equivalent Air Spring Suspension Model for Quarter-Passive Model of Passenger Vehicles [O] . Haider J. Abid, Jie Chen, Ameen A. Nassar 2015

机译：乘用车四分之一被动模型的等效空气弹簧悬架模型
7. Construction of Railway Vehicle Simulation Model Taking into Account Air Springs Deflation [O] . Tadanobu IIDA, Keisuke NOZAKI, Takayuki TANAKA 2019

机译：铁路车辆仿真模型考虑空气弹簧通货膨胀

8. Construction of Deflation-Based Preconditioners. Modelling, Analysis andSimulation (MAS) [R] . Frank, J. E., Vuik, C. 2000

机译：基于通货紧缩的预处理器的构建。建模，分析和模拟（mas）

1. 考虑空气弹簧放气的铁道车辆仿真模型 [J] . 日Tadanobu IIDA ,刘志荣(译) ,于伟业(校) . 国外铁道机车与动车 . 2021,第002期

2. 空气弹簧比例阀充放气性能分析 [J] . 马石 ,张晓平 . 机电设备 . 2017,第001期

3. 基于空气弹簧充放气特性的汽车运行姿态控制 [J] . 夏晶晶 . 江苏大学学报（自然科学版） . 2013,第001期

4. 空气弹簧在无气状态下铁道车辆仿真模型的建立 [J] . Tadanobu IIDA ,周冬妍 . 国外铁道车辆 . 2020,第005期

5. 基于AMESim平台的轨道车辆空气弹簧系统气动力学仿真模型研究 [J] . 戚壮 ,李芾 ,黄运华 . 中国铁道科学 . 2013,第003期

6. 考虑空气弹簧垂向模型的车辆曲线通过仿真 [C] . 罗仁 ,曾京 ,邬平波 . 2007年度全国铁路机车车辆动态仿真学术会议 . 2007

7. 铁路车辆专用圆柱螺旋压缩弹簧CAD [A] . 曾宪茹 . 2003

1. 空气弹簧自动充放气装置以及充放气方法 [P] . 中国专利： CN111853131A . 2020-10-30

2. 一种用于空气悬架试验系统的空气弹簧充放气装置 [P] . 中国专利： CN215865835U . 2022-02-18

3. SYSTEM FOR DETECTING AIR SPRING DEFLATION IN RAILROAD VEHICLE, AND METHOD FOR DETECTING THE AIR SPRING DEFLATION IN THE RAILROAD VEHICLE USING THE SAME [P] . 外国专利： JP2012126151A . 2012-07-05

机译：用于检测铁路车辆的空气弹簧偏转的系统以及使用该方法检测铁路车辆的空气弹簧偏转的方法

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5. Air flow controlling method for use during simulation of air spring of pneumatic resilient vehicle seat, involves blowing up air spring with air flow, where air flow necessary for blowing up of spring is based on weight of vibrating part [P] . 外国专利： DE102006045114A1 . 2008-04-03

机译：用于在气动弹性汽车座椅的空气弹簧模拟过程中使用的空气流量控制方法，涉及用空气流吹起空气弹簧，其中，弹簧吹出所需的空气流基于振动部件的重量

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Construction of Railway Vehicle Simulation Model Taking into Account Air Springs Deflation

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