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Materials Science and Technology Volume 23, 2007 - Issue 8
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Articles

Microstructure and properties of carbide free bainite railway wheels produced by programmed quenching

M. R. Zhang
&
H. C. Gu
Pages 970-974 | Published online: 19 Jul 2013

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X. Y. Feng, F. C. Zhang, J. Kang, Z. N. Yang & X. Y. Long. (2014) Sliding wear and low cycle fatigue properties of new carbide free bainitic rail steel. Materials Science and Technology 30:12, pages 1410-1418.
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H.-S. Yang & H. K. D. H. Bhadeshia. (2008) Designing low carbon, low temperature bainite. Materials Science and Technology 24:3, pages 335-342.
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Articles from other publishers (18)

Yasin SARIKAVAK. (2023) Raylı Sistem Araçlarında Yüksek Hızlı Yük Taşımacılığı İçin Düz Yol ve Kurp Şartları İçin Araç Tekerlek Bileşeninin Gerilme AnaliziStress Analysis of Vehicle Wheel Component of Rail System Vehicles for Plain and Curved Rail Cases in High-Speed Freight Transport. Demiryolu Mühendisliği.
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N. Tosangthum, R. Krataitong, P. Wila, H. Koiprasert, K. Buncham, P. Kansuwan, A. Manonukul & P. Sheppard. (2023) Dry rolling-sliding wear behavior of ER9 wheel and R260 rail couple under different operating conditions. Wear 518-519, pages 204636.
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Zhirui Wei, Wei Wang, Man Liu, Junyu Tian & Guang Xu. (2023) Comparison of wear performance of bainitic and martensitic structure with similar fracture toughness and hardness at different wear conditions. Wear 512-513, pages 204512.
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Avanish Kumar, B. Blessto & Aparna Singh. (2022) Effect of austempering temperature on high cycle fatigue behaviour in nanostructured bainitic steels. Materials Science and Engineering: A 846, pages 143296.
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Yusong Fan, Xiaolu Gui, Miao Liu, Xi Wang, Chun Feng & Guhui Gao. (2022) High-Cycle Fatigue Life and Strength Prediction for Medium-Carbon Bainitic Steels. Metals 12:5, pages 856.
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Bo Gao, Zhunli Tan, Yu Tian, Yanru Liu, Rui Wang, Guhui Gao, Jiong Wang & Min Zhang. (2021) Accelerated Isothermal Phase Transformation and Enhanced Mechanical Properties of Railway Wheel Steel: The Significant Role of Pre‐Existing Bainite. steel research international 93:2, pages 2100494.
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Lucia Morales-Rivas. (2022) Viewpoints on Technological Aspects of Advanced High-Strength Bainitic Steels. Metals 12:2, pages 195.
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Siddharth Sharma, Ajay Tripathi, Ravi Kumar Dwivedi, Rajan Kumar & Anupma Agarwal. (2021) A critical review on wear and corrosion of carbide free bainitic steel. IOP Conference Series: Materials Science and Engineering 1136:1, pages 012027.
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Avanish Kumar & Aparna Singh. (2021) Mechanical properties of nanostructured bainitic steels. Materialia 15, pages 101034.
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Jiaqi Zhu, Zhunli Tan, Yu Tian, Bo Gao, Min Zhang, Junxiang Wang & Yuqing Weng. (2020) Effect of Tempering Temperature on Microstructure and Mechanical Properties of Bainitic Railway Wheel Steel with Thermal Damage Resistance by Alloy Design. Metals 10:9, pages 1221.
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A Kapito, R J Mostert, W E Stumpf & C W Siyasiya. (2019) Carbide-free bainitic steels for rail wheel applications. IOP Conference Series: Materials Science and Engineering 655, pages 012012.
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Cong Qiu, John Cookson & Peter Mutton. (2017) The role of microstructure and its stability in performance of wheels in heavy haul service. Journal of Modern Transportation 25:4, pages 261-267.
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Sinuhe Hernandez, Alejandro Leiro, Manel Rodríguez Ripoll, Esa Vuorinen, Karl-Gustaf Sundin & Braham Prakash. (2016) High temperature three-body abrasive wear of 0.25C 1.42Si steel with carbide free bainitic (CFB) and martensitic microstructures. Wear 360-361, pages 21-28.
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L.C.D. Fielding, N.G. Jones, J. Walsh, S. Van Boxel, M.S. Blackmur, P.D. Lee, P.J. Withers, H.J. Stone & H.K.D.H. Bhadeshia. (2016) Synchrotron analysis of toughness anomalies in nanostructured bainite. Acta Materialia 105, pages 52-58.
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Siva N. Lingamanaik & Bernard K. Chen. (2013) Prediction of residual stresses in low carbon bainitic–martensitic railway wheels using heat transfer coefficients derived from quenching experiments. Computational Materials Science 77, pages 153-160.
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Sangeeta Khare, Kyooyoung Lee & H.K.D.H. Bhadeshia. (2010) Carbide-Free Bainite: Compromise between Rate of Transformation and Properties. Metallurgical and Materials Transactions A 41:4, pages 922-928.
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Hong-Seok Yang, Jun Hak Park & H. K. D. H. Bhadeshia. 2010. ICOMAT. ICOMAT 695 702 .
M.R. Zhang & H.C. Gu. (2008) Fracture toughness of nanostructured railway wheels. Engineering Fracture Mechanics 75:18, pages 5113-5121.
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