A microalloy bainitic steel with high resistance to fatigue and to fretting fatigue

• 1. 具有高抗表面疲劳损伤性和高耐磨性的贝氏体钢钢轨 [P] . 中国专利： CN1086743C . 2002.06.26
• 2. 具有高抗表面疲劳损伤性和高耐磨性的贝氏体钢钢轨 [P] . 中国专利： CN1255949A . 2000-06-07
• 3. A microalloy bainitic steel with high resistance to fatigue and to fretting fatigue [P] . 欧洲知识产权局专利： EP1538231B1 . 2010-08-25

  机译： 具有高抗疲劳和微动疲劳性能的微合金贝氏体钢

• 4. A microalloy bainitic steel with high resistance to fatigue and to fretting fatigue [P] . 欧洲知识产权局专利： EP1538231A1 . 2005-06-08

  机译： 具有高抗疲劳和微动疲劳性能的微合金贝氏体钢

• 5. Steel cable hìbrido, process to improve fatigue resistance - fretting corrosion of one or more wire (s) in a steel cable.Use of at least one stainless steel wire and a steel cable and article of plast [P] . BR9808020A . 2000-03-08

  机译： 钢缆，用于改善抗疲劳性的过程-钢丝中一根或多根钢丝的微动腐蚀。至少使用一根不锈钢钢丝和钢丝以及塑料和/或橡胶制品。

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• 2. Simulation of Damage Evolution and Study of Multi-Fatigue Source Fracture of Steel Wire in Bridge Cables under the Action of Pre-Corrosion and Fatigue [J] . Ying Wang, Yuqian Zheng 工程与科学中的计算机建模(英文) . 2019,第008期
• 3. A two-parameter model to predict fatigue life of high-strength steels in a very high cycle fatigue regime [J] . Chengqi Sun, Xiaolong Liu, Youshi Hong 力学学报：英文版 . 2015,第003期
• 4. Improving fatigue strength of bainite/martensite dual-phase steels in very high cycle fatigue regime by refining microstructures [J] . Yangbo Liu, Shouxin Li, Zhengou Yang, 力学快报(英文版) . 2012,第003期
• 5. Fretting fatigue strength properties of pearlitic and bainitic steels with medium carbon steel contact material [J] . Y. Ochi, B. Tateno, T. Kuroki 材料 . 1998,第10期
• 6. Fretting fatigue strength properties of pearlitic and bainitic steels with medium carbon steel contact material [J] . Y. Ochi, B. Tateno, T. Kuroki 材料 . 1998,第10期
• 7. Prediction of the fretting fatigue resistance of various surface-modification layers on 1045 steel: the role of fretting maps [J] . Gui-Zhen Xu, Jia-Jun Liu, Zhong-Rong Zhou Tribology International . 2001,第8期
• 8. PARTICULAR FATIGUE RESISTANCE OF STABILIZED STAINLESS STEEL: ENDURANCE LIMIT, STRENGTH AND DUCTILITY OF FATIGUED STEEL [C] . Jussi Solin, Jouni Alhainen, Esko Arilahti, ASME Pressure Vessels Piping Conference . 2019
• 9. Quantitative analysis of fatigue behavior, fatigue damage and fatigue fracture surfaces of low carbon bainitic steel (SAE 15B13). [D] . Joenoes, Ahmad Taufik. 1996
• 10. Rolling Contact Fatigue Performances of Carburized and High-C Nanostructured Bainitic Steels [O] . Yanhui Wang, Fucheng Zhang, Zhinan Yang, 2016
• 11. Effects of stress ratio and fretting fatigue cycles on the formation of fretting fatigue damage of carbon steel S45C. [O] . Kenkichi SATO, Hajime FUJII, Shotaro KODAMA 1986
• 12. Influence of Fretting on Flexural Fatigue of 304 Stainless Steel and Mild Steel [R] . Robert C. Bill, Douglas A. Rohn 1978

• 1. Influence of surface coating on Ti811 alloy resistance to fretting fatigue at elevated temperature [J] . ZHANG Xiaohua LIU Daoxin . 稀有金属：英文版 . 2009,第3期
• 2. Nb微合金化对低碳Mn系贝氏体钢性能的影响 [C] . 王勇围 ,马党参 ,董瀚 . 2009中国特殊钢国际学术研讨会暨高品质特殊钢技术与市场论坛 . 2009
• 3. 具有“滚动-滑动”接触特征的微动疲劳机理分析 [A] . 魏慈 . 2009