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Improvement of Curving Performance by Modification of Wheel/Rail Contact Condition : Combinations of Various Wheel Tread and Rail Head Profiles(Mechanical Systems)

机译：轮式/轨道接触条件改进改进弯曲性能：各种车轮胎面和轨道头轮廓的组合（机械系统）

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Masakazu ADACHI; Akira MATSUMOTO;
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年度 2009
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1. Wheel tread profile evolution for combined block braking and wheel-rail contact: Results from dynamometer experiments [J] . Ikeuchi Katsuyoshi, Handa Kazuyuki, Lunden Roger, Wear: an International Journal on the Science and Technology of Friction, Lubrication and Wear . 2016,第Null期

机译：组合式制动和轮轨接触的车轮胎面轮廓演变：测功机实验的结果
2. Investigation on wear and rolling contact fatigue of wheel-rail materials under various wheel/rail hardness ratio and creepage conditions [J] . Hu Y., Zhou L., Ding H. H., Tribology International . 2020,第期

机译：不同轮轨硬度比下轮轨材料磨损滚动接触疲劳调查及爬电条件
3. Effects of Wheel Tread with Laser-Hardened, Short-Pitch Lateral Grooves on the Friction Coefficients on the Wheel-Rail Contact Surface [J] . Cho Yong Hyeon, Kang Yun-Suk, Choe Kangyoun Science of advanced materials . 2018,第2期

机译：激光加固短节距侧向花纹胎面花纹对轮轨接触面摩擦系数的影响
4. The Elastic-Plastic Analysis of Different Worn Profile Wheel Treads on the Wheel/Rail Contact [C] . Oian XIAO, Hongxia XU, Yuxiang CHE, Innovation and sustainability of modern railway . 2012

机译：轮/轨接触上不同磨损轮廓的轮面的弹塑性分析
5. Investigation of wheel/rail interaction on wheel flange climb derailment and wheel/rail profile compatibility. [D] . Wu, Huimin. 2000

机译：研究车轮/钢轨相互作用对车轮法兰爬升脱轨和车轮/钢轨轮廓兼容性的影响。
6. The Influence of Wheel/Rail Contact Conditions on the Microstructure and Hardness of Railway Wheels [O] . Paul Molyneux-Berry, Claire Davis, Adam Bevan -1

机译：轮/轨接触条件对铁路车轮组织和硬度的影响
7. Improvement of Running Performance of Railway Vehicles by Gauge Widening : Progress of Stability and Curving Performance in Wheel Treads for Urban Railways(Mechanical Systems) [O] . Masakazu ADACHI, Akira MATSUMOTO 2009

机译：规格扩大铁路车辆运行性能的提高：城市铁路车轮胎面稳定性和弯曲性能的进展（机械系统）

Improvement of Curving Performance by Modification of Wheel/Rail Contact Condition : Combinations of Various Wheel Tread and Rail Head Profiles(Mechanical Systems)

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