百晓学者学者目录

王开云

西南交通大学牵引动力国家重点实验室

个人简介

王开云,西南交通大学牵引动力国家重点实验室研究员、博士生导师,工学博士。研究方向包括高速铁路基础结构服役性能演变及控制、现代轨道交通列车与线路动态相互作用、重载铁路工程动力学理论与运营安全技术。代表性成果涉及轮轨动态接触特性、曲线通过性能、制动振动特性、变轨距机车悬挂优化及山地齿轨交通等。

精选作品

期刊论文

  1. 柴非凡,杨云帆,凌亮,王开云,翟婉明(2026). 蛇行运动状态下高速列车轮轨动态接触特性分析. 《机械工程学报》.
  2. 漆小虎,曾东亮,靳山,胡晓宇,王开云,丁岩松,黄骏(2026). 车轮磨耗深度对快速地铁线路道岔区域轮轨动力学性能的影响分析. 《城市轨道交通研究》.DOI
  3. 李沛轩,王志伟,蒋树,赵春光,莫继良,王开云(2026). 轨道不平顺激励作用下高速列车制动闸片振动特性分析. 《机械工程学报》.
  4. 蒋宗全,蒋蔚,向英杰,刘衡,罗光兵,郝佳,王开云(2026). 基于市域快线车辆修程修制决策方法研究. 《机械》.
  5. 程一帆,丁建明,王开云,赵文涛,刘生龙(2026). 基于模糊调权的升力高速列车混合阻尼悬挂控制模型. 《铁道科学与工程学报》.
  6. 蒋忱忱,吕凯凯,张志超,寸冬冬,凌亮,王开云(2026). 车间减振器对动力集中型动车组横向低频晃动的影响分析. 《机械工程学报》.
  7. 谢毅,余浩伟,罗嘉欣,罗俊,朱胜阳,王开云(2026). 速度400 km/h高速铁路曲线超高时变率适应性研究. 《铁道学报》.
  8. 王开云,陈清华,陈是扦(2026). 长大下坡道低黏着状态的重载机车车轮损伤机理. 《西南交通大学学报》.
  9. 宋嘉源,何文涛,胡彦霖,王开云(2026). 基于计算流体力学和多体动力学的横风下空载敞车挡风墙结构对比研究(英文). Journal of Zhejiang University-Science A.
  10. 周占松,王馨悦,王开云(2026). 不同万吨编组列车空气制动特性对纵向动力学性能影响. 《交通运输工程与信息学报》.
  11. 刘海明,董毅博,王开云(2026). 典型制动系统故障下2万吨重载列车纵向冲动特性仿真与量化评估. 《华东交通大学学报》.DOI
  12. Shiqiao Tian, Huai-Long Shi, Lai Wei, Huan-Yun Dai, Jing Zeng, Kaiyun Wang (2026). Active Steering Control Strategy and Fault-Tolerant Method for Railway Vehicles Based on Bogie Active Yaw Control. IEEE Transactions on Vehicular Technology.DOI
  13. Shiqiao Tian, Lai Wei, Huailong Shi, Sheng Qu, Yunguang Ye, Kaiyun Wang, Ping-Bo Wu (2026). Dynamic interaction between straddle monorail bogies and elastic track beams: Shimmy onset, growth, and suppression. Journal of Vibration and Control.DOI
  14. Liwen Zhang, Yuming Wu, Zhi-Wei Wang, Shu Jiang, Jiliang Mo, Kaiyun Wang, Xiaocui Wang (2026). Dynamic Modeling of Brake Systems with Disc Friction and Caliper Flexibility: Stick-Slip Vibration Analysis. Tribology Transactions.DOI
  15. Dongliang Zeng, Caiqi Liao, Qixiang Zhang, Jiliang Mo, Kaiyun Wang (2026). Temperature-dependent braking behavior and damage evolution of SiCp/Al composite brake discs for urban rail transit. Engineering Failure Analysis.DOI
  16. Maoyong Dong, Shiqian Chen, Hongpeng Li, Kaiyun Wang, Wanming Zhai (2026). Shuffle attention-driven multi-sensor information fusion network for simultaneous identification of multiple coupler forces in heavy-haul locomotives. Mechanical Systems and Signal Processing.DOI
  17. Xiaomeng Zhang, Na Qin, Deqing Huang, Kaiyun Wang, Li Cai, Jiayuan Guo (2026). Replay and geometric regularization for class-incremental fault diagnosis of heavy-haul railway bogies. Measurement.DOI
  18. Jiayuan Song, Xiaoyu Hu, Qinghua Chen, Kaiyun Wang (2026). Air brake performance of railway trains under coupled thermo–fluid interactions: a theoretical and experimental analysis. Measurement.DOI
  19. Kaizhong Liu, Zhiwei Wang, Mingtao Zhang, Kaiyun Wang, Fan Zhang, Pengfei Liu, Paul Allen (2026). Derailment mechanism of heavy-haul trains on complex curves during braking and release operations. Vehicle System Dynamics.DOI
  20. Juanjuan Ji, Yanliang Cui, Kaiyun Wang (2026). Gain-adaptive non-singular fast terminal sliding mode control for induction motors under load torque variations. Proceedings of the Institution of Mechanical Engineers Part I Journal of Systems and Control Engineering.DOI
  21. Liangcheng Dai, Jianfeng Sun, Kaiyun Wang, Cangpeng Zhao, 孙宝凯, Wubin Cai, Maoru Chi (2026). A novel vibration-damping windshield: Dynamic characteristics and benefits for vehicle dynamics performance. Journal of Vibration and Control.DOI
  22. Caiqi Liao, Qixiang Zhang, Zhiwei Wang, Y.N. Zan, Feng Gao, Jiliang Mo, Kaiyun Wang (2026). Experimental and DEM investigation into the role of SiC particle size in friction-thermal behavior and damage mechanisms of SiCp/Al brake interfaces. Composites Part A Applied Science and Manufacturing.DOI
  23. Ziyong Cao, Zhenxing He, Kaiyun Wang, Pengfeng Zhang, Yukui Wang, 龚湛林, Senli Ye (2026). Mechanistic and performance evaluation of a mesh-type elastic pad–ballast system under dynamic loading: Experimental and numerical investigation. Transportation Geotechnics.DOI
  24. Yitan He, Dongmin Lin, Binjie Xu, Xiaoyu Hu, Haohao Ding, Wenming Fan, Kaiyun Wang (2026). Experimental–numerical investigation of coupled wear and rolling contact fatigue evolution under different wheel–rail material pairings. Engineering Failure Analysis.DOI
  25. Qixiang Zhang, Jingru Wang, Mingxu Jin, Jiliang Mo, Kaiyun Wang, Song Zhu, Wenwei Jin (2026). Study on the impact of friction block connection structure on stick-slip vibration in high-speed train braking systems. Tribology International.DOI
  26. Xiaomeng Zhang, Na Qin, Deqing Huang, Kaiyun Wang, Jiahao Du, Yiming Zhang (2026). GD-TCN: Lightweight Data–Physics Integrated Fault Diagnosis for Heavy-Haul Railway Bogies. IEEE Sensors Journal.DOI
  27. Yitan He, Dongliang Zeng, Binjie Xu, Xiaoyu Hu, Dongmin Lin, Haohao Ding, Kaiyun Wang (2026). Modeling and prediction of rail wear considering thermo-mechanical coupling for effective rail profile optimization. Wear.DOI
  28. Manqiang Liu, Zhiwei Wang, Jiliang Mo, Jinjie Hu, Peng Xu, Wangyi Shen, Kaiyun Wang (2026). Effect of brake pad compositional ratios on friction and stick–slip vibration at the train braking interface. Tribology International.DOI
  29. Yifan Yang, Qiuyong Tian, Claudio Colao, Shiqian Chen, Kaiyun Wang, Markus Hecht (2026). Modelling framework for wheel–rail contact temperature evolution during braking. International Journal of Mechanical Sciences.DOI
  30. Chao Wang, Kaiyun Wang, Tao Zhu, Jingke Zhang, Bing Yang, Shoune Xiao, Guangwu Yang (2026). Equivalent fatigue crack growth rate model and life assessment method for the surface of welded joints under variable amplitude loading. Theoretical and Applied Fracture Mechanics.DOI
  31. Xiaoyu Hu, Dongliang Zeng, Xiuqi Wei, Qinghua chen, Kaiyun Wang (2026). Mitigating cracks in high-speed metro frog nose rails: Profile optimization with field verification. Engineering Failure Analysis.DOI
  32. Bowen Sun, Mingtao Zhang, Hui Zhou, Yanlin Guo, Yanhu Rao, Zhiwei Wang, Jiliang Mo, Kaiyun Wang (2026). Stress characteristics analysis of the non-drive end mounting bolts of traction motors in heavy-haul locomotives under whole-vehicle vibration conditions. Mechanics Based Design of Structures and Machines.DOI
  33. zj Song, Shiqian Chen, Maoyong Dong, Kaiyun Wang, Wanming Zhai (2026). A Deep Learning-Based Surrogate Method for Cumulative Fatigue Damage Estimation of Heavy-Haul Locomotive Couplers. IEEE Transactions on Instrumentation and Measurement.DOI
  34. CHAI Feifan, Yunfan Yang, LING Liang, Kaiyun Wang, Zhai Wanming (2026). High-speed Wheel/Rail Contact Characteristics under Hunting Condition. Journal of Mechanical Engineering.DOI
  35. Chenchen Jiang, Lü Kaikai, ZHANG Zhichao, CUN Dongdong, LING Liang, Kaiyun Wang (2026). Influence of Inter-vehicle Damper on the Lateral Low-frequency Swaying of Power Centralized EMUs. Journal of Mechanical Engineering.DOI
  36. 王开云,隋顺琦,谢博,凌亮,陈是扦,曾东亮,厉砚磊(2025). 轮径差对铁路车辆服役性能影响综述. 《交通运输工程学报》.
  37. 邢晓曦,徐彬倢,冉祥瑞,张洪军,王开云(2025). 变轨距机车悬挂参数多目标优化研究. 《铁道机车车辆》.
  38. 凌亮,赵靖宇,谈春波,余浩伟,王开云,翟婉明(2025). 强横风环境下高速列车运行安全自适应约束跟随控制. 《振动工程学报》.
  39. 容嘉欣,凌亮,姚小沛,陈哲,王开云(2025). 更大牵引质量重载列车动力学建模与仿真分析. 《机械》.
  40. 余浩伟,寇峻瑜,杨阳,王开云(2025). 山地齿轨旅游轨道交通技术创新与应用. 《铁道工程学报》.
  41. 胡彦霖,凌亮,张恒,王开云(2025). 强风环境下山区铁路隧道出口的高速列车运行安全性研究. 《机械工程学报》.
  42. 杨逸凡,陈是扦,王开云,肖绯雄,马呈祥(2025). 基于模态共振原理的重载机车一系钢弹簧结构优化研究. 《机械工程学报》.
  43. 陈清华,閤鑫,王开云(2025). 基于SRCKF算法的轨道车辆轮轨垂向力识别. 《西南交通大学学报》.
  44. 何文涛,胡彦霖,閤鑫,王开云(2025). 货物列车敞车空载及侧风运营条件下的运行安全性研究. 《工程力学》.
  45. 胡彦霖,閤鑫,凌亮,昌超,王开云(2025). 高速列车横风下驶出隧道的动力学性能研究(英文). Journal of Zhejiang University-Science A.
  46. 阮利峰,陈清华,王开云(2025). 考虑轴重转移的机车坡道起动黏着优化. 《润滑与密封》.
  47. 陈建平,王志伟,莫继良,王开云(2025). 基于轮瓦非均匀接触压力的重载列车踏面制动温度预测方法. 《摩擦学学报(中英文)》.
  48. 徐彬倢,史志勇,杨昀,王建西,王开云(2025). 考虑磨耗与疲劳平衡关系的钢轨廓形优化(英文). Journal of Zhejiang University-Science A.
  49. 王健壹,余浩伟,朱胜阳,王开云(2025). 基于精细化无砟轨道模型的路基不均匀沉降影响研究. 《铁道建筑》.
  50. Jin-Neng Wang, Xiongfei Zhou, Kai Liu, Kaiyun Wang, Lin Jing (2025). Wheel-rail dynamic interaction induced by tread spalling integrating with pre-fatigue damage of materials. Computers & Structures.DOI
  51. Shiqiao Tian, Huai-Long Shi, Lai Wei, Kai Zhou, Shu-Liang Song, Ping-Bo Wu, Kaiyun Wang (2025). Limit cycle characterization of shimmy in pneumatic-rubber-tired rail vehicle. Nonlinear dynamics.DOI
  52. Shiqiao Tian, Huai-Long Shi, Lai Wei, Kai Zhou, Huan-Yun Dai, Jing Zeng, Kaiyun Wang (2025). Robust State Estimation Method for Nonlinear Active Steering Bogie Based on Distributed Actuation-Sensing Configuration. IEEE Transactions on Vehicular Technology.DOI
  53. Shiqiao Tian, Kai Zhou, Yanzhao Liang, Huai-Long Shi, Lai Wei, Wenlin Shen, Jing Zeng, Kaiyun Wang (2025). Shimmy mechanics and nonlinear vibration characteristics of monorail vehicle. Journal of Sound and Vibration.DOI
  54. Wen-Tao Zhao, Jianming Ding, Kaiyun Wang, Qingsong Zhang, Xia He, Wei-Wei Liu (2025). Influence of the typical operating conditions of urban rail vehicles on vibration and contact characteristics of the axle-box bearing with an outer ring defect. Journal of Vibration and Control.DOI
  55. Qinghua chen, Qian Xiao, Shiqian Chen, Xiangrui Ran, Xiaoyu Hu, Yang Jin, Binjie Xu, Kaiyun Wang (2025). Research on wheel damage of heavy-haul locomotive subjected to longitudinal coupler forces: Formation mechanism and control measures from macro insight. Engineering Failure Analysis.DOI
  56. Yanlin Hu, Qinghua Chen, Xin Ge, Wentao He, Haowei Yu, Liang Ling, Kaiyun Wang (2025). A CFD-MBD Co-Simulation Approach for Studying Aerodynamic Characteristics and Dynamic Performance of High-Speed Trains. Chinese Journal of Mechanical Engineering.DOI
  57. Binjie Xu, Zhiyong Shi, Yun Fang Yang, Jianxi Wang, Kaiyun Wang (2025). Rail profile optimization through balancing of wear and fatigue. Journal of Zhejiang University. Science A.DOI
  58. Binjie Xu, Kun Xu, Zhiyong Shi, Qinghua Chen, Huiping Yu, Haohao Ding, Kaiyun Wang (2025). Influence of profile optimization on wear and fatigue characteristics of curved rail: An experimental study. Engineering Failure Analysis.DOI
  59. Yanlei Li, Dongliang Zeng, Xing Wei, Xiaoyu Hu, Kaiyun Wang (2025). Analysis of the Impact of Frog Wear on the Wheel–Rail Dynamic Performance in Turnout Zones of Urban Rail Transit Lines. Lubricants.DOI
  60. Jingyu Zhao, Liang Ling, Heng Zhang, Zheshuo Zhang, Kaiyun Wang, Wanming Zhai (2025). Active Suspension and Linear Eddy Current Brake Control for Enhancing Ride Comfort and Safety of High-Speed Trains Equipped With Lift Airfoils. IEEE Transactions on Intelligent Transportation Systems.DOI
  61. Jingke Zhang, Kaiyun Wang, Tao Zhu, Xiaorui Wang, Bing Yang, Haoxu Ding, Guangwu Yang (2025). The effect of vertical track irregularity on wheelset lifting in rail vehicle collision. Proceedings of the Institution of Mechanical Engineers Part F Journal of Rail and Rapid Transit.DOI
  62. Xiangrui Ran, Shiqian Chen, Bo Xie, Bin Zhang, Yang Jin, Kaiyun Wang (2025). Dynamic identification of longitudinal impulse of heavy-haul locomotive: an effective intelligent method for comprehensive index. Measurement Science and Technology.DOI
  63. Zhe Chen, Yunfan Yang, Liang Ling, Yunxin Fan, Kaiyun Wang (2025). Application of a non-Hertzian model to wheel/rail frictional contact and wheel surface damage analysis of heavy-haul locomotives subject to braking loads. Industrial Lubrication and Tribology.DOI
  64. Qinghua Chen, Xin Ge, Shiqian Chen, Jianyi Wang, Kaiyun Wang (2025). Traction optimization of locomotive startup considering axle load transfer. Journal of Mechanical Science and Technology.DOI
  65. Hangyu Zhou, Zhiwei Wang, Quan Wang, Jiliang Mo, Chunguang Zhao, Kaiyun Wang (2025). Dynamic models and analysis of key factors influencing stick–slip vibration in disc brake system. Railway Engineering Science.DOI
  66. Letian Li, Shiqian Chen, Ruihan Xie, Kaiyun Wang, Wanming Zhai (2025). A novel vision-based dynamic identification method for coupler yaw angle of heavy-haul train through Separated Attention and Track Enhancement network. Mechanical Systems and Signal Processing.DOI
  67. Jiacheng Wang, Liang Ling, Zhe Chen, Kaiyun Wang, Wanming Zhai (2025). Nonlinear stability of railway locomotive system subjected to longitudinal in-train force. Applied Mathematical Modelling.DOI
  68. Binjie Xu, Xin Ge, Zhiyong Shi, Yun Fang Yang, Shiqian Chen, Jianxi Wang, Kaiyun Wang (2025). Optimization design of curved rail profile for heavy-haul railways based on multi-period optimization method. Proceedings of the Institution of Mechanical Engineers Part F Journal of Rail and Rapid Transit.DOI
  69. Yanlin Hu, Xin Ge, Liang Ling, Chao Chang, Kaiyun Wang (2025). Dynamic performance of a high-speed train exiting a tunnel under crosswinds. Journal of Zhejiang University. Science A.DOI
  70. Yukui Wang, Zhenxing He, Kaiyun Wang, Xuqi Liu (2025). Dynamic performance evaluation of the new sleeper damping track with side-supporting pad in the small-radius curved section. Construction and Building Materials.DOI
  71. Junyue Xiang, Shiqian Chen, H.-P. Wang, Kaiyun Wang, Wanming Zhai (2025). Defect Detection of Primary Coil Spring of Heavy-Haul Locomotive by Dynamic Adaptive Parallel Fusion Residual Network. IEEE Transactions on Instrumentation and Measurement.DOI
  72. Dongliang Zeng, Shan Jin, Fei Chen, Xiaoyu Hu, Xing Wei, Kaiyu Zeng, Kaiyun Wang, Chang Li (2025). Impact of Frog Height Deviations on Dynamic Response of High‐Speed Metro Trains Negotiating Turnouts. Shock and Vibration.DOI
  73. 黄初贤,王金能,陈旸,敬霖,王开云(2024). 升力翼高速列车曲线通过时的轮轨黏着性能研究. 《中南大学学报(自然科学版)》.
  74. 张志超,储高峰,王开云,吕凯凯,祖宏林,韩乐(2024). 重载机车安全性与钩缓装置承载稳定性研究进展. 《交通运输工程学报》.
  75. 王开云,何文涛,胡彦霖,閤鑫(2024). 横风作用下空载和满载敞车的动力学特性对比. 《交通运输工程学报》.
  76. 陈清华,杨云帆,閤鑫,凌亮,王开云(2024). 基于电磁力作用的地铁列车防滑控制研究. 《机械工程学报》.
  77. 曾周,胡晓宇,冉祥瑞,陈哲,王开云(2024). 2万t重载列车车辆数量对纵向冲动的影响研究. 《机车电传动》.
  78. 王睿,崔旺,杨元元,宋冬利,罗光兵,王开云(2024). 高时速地铁关键部件可靠性分析方法研究. 《机械》.
  79. 刘磊,敬霖,李田,王开云(2024). 高地温和高海拔对高速列车长大隧道运行压力波的影响(英文). Journal of Zhejiang University-Science A.
  80. 刘佳璐,呼枭,閤鑫,王开云,陈是扦,康喆(2024). 基于运行安全性的某重载铁路既有货车提速可行性分析. 《铁道标准设计》.
  81. 姚力,朱胜阳,韦强文,王开云,王平,翟婉明(2024). 高速铁路无砟轨道车辆荷载传递特性研究. 《铁道标准设计》.
  82. 刘林,张涛,陈清华,凌亮,王开云(2024). 机车车辆橡胶元件动态建模及其应用. 《机械制造与自动化》.
  83. 刘佳璐,閤鑫,王岩,刘桂彤,王开云(2024). 车钩防脱台对重载机车车辆动力学性能影响分析. 《铁道学报》.
  84. 魏咪,王青元,孙鹏飞,冯晓云,饶煜,王开云(2024). 考虑车钩力约束的重载列车运行优化分层框架与迭代求解方法. 《铁道学报》.
  85. 张斌,高玉祥,陈再刚,王开云,时瑾(2024). 基于GM(1,1)-IPSO-BP的重载铁路小半径曲线钢轨磨耗预测方法. 《哈尔滨工业大学学报》.
  86. 曾楷煜,胡晓宇,刘佳璐,王开云(2024). 小半径曲线条件下102车钩连挂特性分析. 《西华大学学报(自然科学版)》.
  87. 李雪,王粤欣,王开云(2024). 轮轨摩擦系数对低地板轻轨动力响应及车轮磨耗的影响. 《交通信息与安全》.
  88. 王青元,魏咪,胡云卿,王建华,江帆,张征方,王开云(2024). 面向安全高效运行的重载列车智能操控关键技术. 《控制与信息技术》.
  89. 杜淼,张小安,王开云(2024). 高速铁路桥梁结构噪声对沿线建筑物室内噪声影响研究. 《兰州交通大学学报》.
  90. 高殿柱,樊运新,王开云,嵇道君,陈哲,邓江明,张波,李登科(2024). 重载列车纵向冲动抑制及安全保障设计研究. 《电力机车与城轨车辆》.
  91. 呼枭,阮利峰,胡晓宇,王健壹,康喆,王开云(2024). 既有万吨重载线路平面曲线参数对列车提速安全性的影响. 《铁道建筑》.
  92. 王志伟,莫继良,王开云,朱松,金文伟(2024). 考虑摩擦块形状及轮轨蠕滑的列车制动黏滑振动行为分析. 《摩擦学学报(中英文)》.DOI
  93. 杨丽蓉,和振兴,王开云,刘旭麒,曹子勇(2024). 采用轮轨振动加速度信号对车轮扁疤的识别研究. 《机械科学与技术》.
  94. 李振华,王开云,王超(2024). 制动工况下快捷货车轮轨磨耗与疲劳损伤研究. 《机械科学与技术》.
  95. 龚璟淳,陈清华,厉砚磊,王开云(2024). 基于SRCKF算法的多自由度非线性系统动载荷识别方法. 《西华大学学报(自然科学版)》.
  96. 魏修奇,徐彬倢,曾东亮,王开云(2024). 重载组合列车中部机车车钩自由角对轮轨动态相互作用影响分析. 《西华大学学报(自然科学版)》.
  97. Kai Liu, Zhenhao Yu, Kaiyun Wang, Lin Jing (2024). Quasi-Static and Dynamic Collapse Behavior of Circular Foam-Filled Tubes Inspired by Bamboos. Chinese Journal of Mechanical Engineering.DOI
  98. Kai Liu, Lin Jing, Kaiyun Wang, Q.-M. Li (2024). Design optimization of the bamboo-inspired foam-filled tube for high-speed train collision energy absorption. International Journal of Mechanical Sciences.DOI
  99. Shaodong Zheng, Lin Jing, Kai Liu, Zhenhao Yu, Zhao Tang, Kaiyun Wang (2024). Crash energy management optimization of high-speed trains by machine learning methods. International Journal of Mechanical Sciences.DOI
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  340. 封全保,孙守光,刘建新,王开云(2006). SS7E机车动力学分析模型的试验验证及工程应用. 《北京交通大学学报》.
  341. 刘建新,王开云(2006). 抗蛇行减振器对机车运行平稳性的影响. 《交通运输工程学报》.
  342. 刘建新,王开云,封全保,赵怀耘(2006). 横向减振器对机车平稳性能的影响. 《交通运输工程学报》.
  343. 王开云,刘建新,翟婉明,蔡成标(2006). 铁路行车安全性及舒适性仿真. 《交通运输工程学报》.
  344. 封全保,孙守光,刘建新,王开云(2006). 六轴机车在弹性结构轨道上耦合动力学模型. 《农业装备与车辆工程》.
  345. Kaiyun Wang (2006). Calculation and Assessment Analysis of the Dynamic Performance for Slab Track on Sui-Yu Railway. Zhongguo tiedao kexue.
  346. 王开云,周维俊(2005). 高中速客专和高低速客货共线铁路不同坡段组合的动力学性能之比较研究. 《铁道工程学报》.
  347. 金学松,温泽峰,王开云(2005). 钢轨磨耗型波磨计算模型与数值方法. 《交通运输工程学报》.
  348. 王开云,翟婉明,刘建新,封全保,蔡成标(2005). 山区铁路小半径曲线强化轨道动力性能. 《交通运输工程学报》.
  349. 王开云,周维俊,翟婉明,蔡成标(2005). 基于动力学理论对高中速客运专线和高低速客货共线铁路平纵面合理匹配的研究. 《铁道标准设计》.
  350. 孟宏,翟婉明,王开云,张志宏(2005). 高性能机车转向架的研发. 《铁道学报》.
  351. 孟宏,翟婉明,王开云(2005). 二系悬挂对机车动力学性能的影响. 《铁道机车车辆》.
  352. Xuesong Jin, Zefeng Wen, Kaiyun Wang, Xinbiao Xiao (2005). Effect of passenger car curving on rail corrugation at a curved track. Wear.DOI
  353. Xuesong Jin, Kaiyun Wang, Zefeng Wen, Weihua Zhang (2005). Effect of rail corrugation on vertical dynamics of railway vehicle coupled with a track. Acta Mechanica Sinica.DOI
  354. 王开云,孟宏(2004). SS7E型电力机车横向晃动问题的理论分析. 《机车电传动》.
  355. 王开云,孟宏(2004). SS(7E)机车与SS(7E)模块化机车动力学性能比较与分析. 《机车电传动》.
  356. 王开云,丁国富,翟婉明(2004). 机车车辆-轨道空间耦合动力学性能仿真系统. 《系统仿真学报》.DOI
  357. 金学松,温泽峰,王开云(2004). 钢轨磨耗型波磨计算模型和数值方法. 《中国铁道学会车辆委员会2004年度铁路机车车辆动态仿真学术会议论文集》.
  358. 徐志胜,翟婉明,蔡成标,王开云,王其昌(2004). 高速列车在板式轨道上运行时的滚动噪声预测. 《铁道学报》.
  359. 孟宏,翟婉明,张志和,封全保,王开云(2004). "天梭"号交流传动电力机车转向架的研制. 《机车电传动》.
  360. 翟婉明,王开云,孟宏,封全保(2004). 机车车辆—轨道耦合动力学仿真分析系统及应用实践. 《中国铁道学会车辆委员会2004年度铁路机车车辆动态仿真学术会议》.
  361. 翟婉明,王开云(2004). 机车车辆侧向通过道岔时的运行安全性评估. 《同济大学学报(自然科学版)》.
  362. 王开云,孟宏,翟婉明(2004). 120km/h交流传动货运电力机车动力学性能仿真分析及评估. 《铁道机车车辆》.
  363. 蔡成标,翟婉明,王开云(2004). 高速列车与桥上板式轨道动力学仿真分析. 《中国铁道科学》.
  364. 翟婉明,王开云,杨永林,孟宏,封全保(2004). 车辆轨道耦合动力学理论在现代机车车辆设计中的应用实践. 《铁道学报》.
  365. 孟宏,翟婉明,封全保,王开云(2004). “天梭”号电力机车垂向动力作用分析. 《机车电传动》.
  366. Xuesong Jin, Zefeng Wen, Kaiyun Wang, Weihua Zhang (2004). Effect of a scratch on curved rail on initiation and evolution of rail corrugation. Tribology International.DOI
  367. 徐志胜,翟婉明,王开云(2003). 基于Timoshenko梁模型的车辆轨道耦合振动分析. 《西南交通大学学报》.
  368. 王开云,孟宏,翟婉明(2003). “天梭”号电力机车参数优化及动力性能仿真分析. 《机车电传动》.
  369. 王开云,翟婉明(2003). 直线与曲线轨道上车辆悬挂相对位移的计算. 《西南交通大学学报》.
  370. 王开云,翟婉明,蔡成标(2003). 机车车辆横向动力学性能仿真——车辆轨道耦合模型与传统车辆模型的比较. 《西南交通大学学报》.
  371. 王开云,翟婉明,蔡成标(2002). 机车-轨道空间耦合动力学模型及其验证. 《铁道学报》.
  372. 王开云,翟婉明,蔡成标(2002). 左右轨道不平顺功率谱转换中心线功率谱的方法. 《交通运输工程学报》.
  373. 王开云,翟婉明,蔡成标(2002). 两种类型踏面的车辆与轨道耦合动力学性能比较. 《西南交通大学学报》.
  374. 丁国富,翟婉明,王开云(2002). 机车车辆在轨道上运行的动力学可视仿真. 《铁道学报》.
  375. 丁国富,翟婉明,张治,王开云(2001). 机车车辆轨道耦合几何结构基于面向对象的建模分析研究. 《交通运输工程学报》.
  376. 丁国富,王开云,翟婉明(2001). 机车车辆—轨道耦合动力学仿真系统的集成研究. 《中国铁道科学》.
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预印本

  1. Shiqiao Tian, Chenghao Jiang, Lai Wei, Sheng Qu, Pingbo Wu, Kaiyun Wang (2026). Modal Evolution and Instability Transition of Shimmy in Suspended Monorail Bogies under Variable Connection Stiffness. Research Square.DOI
  2. Yang Jin, Qinghua chen, Xiaoyu Hu, Xiangrui Ran, Yuexin Wang, Kaiyun Wang (2026). Coupler vertical separation during uphill neutral section passage of a 20,000-tonne heavy-haul combined train: Field measurements, failure mechanism and dynamics simulation. SSRN Electronic Journal.DOI
  3. Zhao Tang, Zihao Peng, Shengxin Liu, Liang Ling, Kaiyun Wang, Tao Chen, Zhiming Qu (2024). Investigation on the Post-Derailment Passive Protection Mechanism of the Highspeed Train Cowcatcher. SSRN Electronic Journal.DOI
  4. Ji Juan, Yanliang Cui, Kaiyun Wang (2023). Speed sensorless adaptive rotor flux orientation control of induction motor drive.DOI
  5. Zhiwei Wang, Jiliang Mo, Kaiyun Wang, Zhongrong Zhou (2022). A Vehicle–Track Coupled Vertical Dynamics Model Considering Disc Brake Systems for a High-Speed Train. SSRN Electronic Journal.DOI

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