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A study on Adhesion between Wheels and Rails in Wheel Slipping for High Availability of Braking Force

机译：制动力高可用性轮滑动轮和轨道的粘附研究

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Norimichi KUMAGAI; Izumi HASEGAWA;
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年度 2004
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1. Brake Control Based on Adhesion Force Between Wheel and Rail: Utilization of Adhesion Force From Micro Slip to Macro Sliding Region [J] . Tadao Ohyama, Seigo Uchida Japanese Journal of Tribology . 2002,第1期

机译：基于轮轨间附着力的制动控制：从微小滑移到大滑动区域的附着力的利用
2. Consideration of wheel Slip and re-adhesion control for railcars -Anti-slip and re-adhesion control beaed on a relation of adhesion force and slip speed- [J] . Shin-ichi Toda, Yoosuke Nakazawa, Takuma henmi 電気学会論文誌. D . 2001,第9期

机译：考虑有轨电车的车轮打滑和重新附着控制-根据附着力和打滑速度的关系进行防滑和重新附着控制-
3. Consideration of wheel Slip and re-adhesion control for railcars -Anti-slip and re-adhesion control beaed on a relation of adhesion force and slip speed- [J] . Shin-ichi Toda, Yoosuke Nakazawa, Takuma henmi 電気学会論文誌. D . 2001,第9期

机译：考虑到轨道车辆的车轮打滑和重新附着控制-根据附着力和打滑速度的关系实现防滑和重新附着控制-
4. Study of wheel-rail adhesion during braking maneuvers [C] . Nicola Bosso, Antonio Gugliotta, Matteo Magelli, International Conference on Stress Analysis . 2019

机译：制动机动过程中的轮轨粘附研究
5. Adhesion-creepage characteristics of wheel/rail system under dry and contaminated rail surfaces. [D] . Alzoubi, Mohammed F. 1998

机译：干燥的和受污染的轨道表面下的车轮/轨道系统的粘附-蠕变特性。
6. Skeletal muscle effects of two different 10‐week exercise regimens voluntary wheel running and forced treadmill running in mice: A pilot study [O] . Angelika Schmitt, Pascal Herzog, Franziska Röchner, 2020

机译：骨骼肌两种不同的10周锻炼方案志愿车轮运行和强制跑步机运行在老鼠中：试点研究
7. Slipping and Skidding Occurrence Probability Decreasing by Means of the Friction Controlling in the Wheel-Braking Pad and Wheel-Rail Contacts [O] . Juraj Gerlici, Mykola Gorbunov, Kateryna Kravchenko, 2017

机译：通过轮式制动垫和轮轨接触的摩擦控制滑动和滑动发生概率概率
8. Evaluation of the Plasma Torch. Study of Operational Testing and Evaluation of an Arc Plasma Generator as a Means to Improve Wheel-Rail Adhesion [R] . Dobbs, D. J. 1970

机译：等离子炬的评估。电弧等离子体发生器运行测试与评估研究作为提高轮轨附着力的手段

A study on Adhesion between Wheels and Rails in Wheel Slipping for High Availability of Braking Force

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