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Articles

Effect of inclusions on fatigue behaviour of hardened spring steel

Pages 235-245 | Published online: 18 Jul 2013

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Jiaqi Zhao, Min Wang, Deyue Qin, Jianchao Ma, Ning Wang, Haitao Jiang, Han Ma & Yanping Bao. (2023) Numerical simulation on inclusion removal behaviours in refining processes of spring steel. Ironmaking & Steelmaking 50:5, pages 430-441.
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Chen Wang, Yan-Shen Han, Jiang-Shan Zhang, Dong Xiao, Jun Yang, Jun Chen & Qing Liu. (2021) Behaviour of oxide inclusions and sulphur in ‘two-stage basicity control’ refining method of Si-killed spring steel. Ironmaking & Steelmaking 48:4, pages 466-476.
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M Jiang, X H Wang & W J Wang. (2012) Study on refining slags targeting high cleanliness and lower melting temperature inclusions in Al killed steel. Ironmaking & Steelmaking 39:1, pages 20-25.
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M. Kovač. (1994) Residual stresses in spring steel round rods subjected to two separate manufacturing processes. Materials Science and Technology 10:5, pages 384-388.
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Articles from other publishers (17)

Weijian Wang & Lifeng Zhang. 2023. Materials Processing Fundamentals 2023. Materials Processing Fundamentals 2023 135 141 .
Yang Li, Changyong Chen, Hao Hu, Hao Yang, Meng Sun & Zhouhua Jiang. (2022) Effect of Slag Adjustment on Inclusions and Mechanical Properties of Si-Killed 55SiCr Spring Steel. Crystals 12:12, pages 1721.
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Weijian Wang, Lifeng Zhang, Ying Ren, Yan Luo & Xiaohui Sun. 2022. 12th International Symposium on High-Temperature Metallurgical Processing. 12th International Symposium on High-Temperature Metallurgical Processing 343 350 .
Yun Guang Chi, Zhi Yin Deng & Miao Yong Zhu. (2017) Effects of Refractory and Ladle Glaze on Evolution of Non-Metallic Inclusions in Al-Killed Steel. steel research international 88:9, pages 1600470.
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Zhiyin Deng, Miaoyong Zhu & Du Sichen. (2016) Effect of Refractory on Nonmetallic Inclusions in Al-Killed Steel. Metallurgical and Materials Transactions B 47:5, pages 3158-3167.
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Linzhu Wang, Shufeng Yang, Jingshe Li, Wei Liu & Yinghao Zhou. (2016) Fatigue Life Improving of Drill Rod by Inclusion Control. High Temperature Materials and Processes 35:7, pages 661-668.
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Jia Ju An, Li Ling Zhang & Chao Yu Luo. (2014) Analysis the Failure for Earlier Fracture of 60Si<sub>2</sub>Mn Stabilizer Bar. Applied Mechanics and Materials 633-634, pages 813-816.
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K. Manigandan, T. S. Srivatsan, T. Quick & A. M. Freborg. 2016. Fatigue of Materials II. Fatigue of Materials II 211 232 .
K. Manigandan, T.S. Srivatsan, T. Quick & A. M. Freborg. 2012. Fatigue of Materials II. Fatigue of Materials II 211 232 .
Junbiao Lai, Thore Lund, Karin Rydén, Antonio Gabelli & Ingemar Strandell. (2012) The fatigue limit of bearing steels – Part I: A pragmatic approach to predict very high cycle fatigue strength. International Journal of Fatigue 38, pages 155-168.
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Christian Rudolf SoharChristian Rudolf Sohar. 2011. Lifetime Controlling Defects in Tool Steels. Lifetime Controlling Defects in Tool Steels 1 49 .
Weijun Hui, Han Dong, Yuqing Weng, Jie Shi & Maoqiu Wang. 2011. Advanced Steels. Advanced Steels 137 159 .
Guan Yingchun, Tang Guoyi, Wan Junxi, Ye Qiang, Mamoru Mizuno & Wu Yongbo. (2008) The effect of multiphase nitride inclusions on the surface roughness of 2083 plastic molds. Journal of Materials Processing Technology 208:1-3, pages 159-164.
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B.Ravi Kumar, Swapan K Das & D.K Bhattacharya. (2003) Fatigue failure of helical compression spring in coke oven batteries. Engineering Failure Analysis 10:3, pages 291-296.
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C.S Lee, K.A Lee, D.M Li, S.J Yoo & W.J Nam. (1998) Microstructural influence on fatigue properties of a high-strength spring steel. Materials Science and Engineering: A 241:1-2, pages 30-37.
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A. Melander & A. Gustavsson. (1996) An FEM study of driving forces of short cracks at inclusions in hard steels. International Journal of Fatigue 18:6, pages 389-399.
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A. de Bussac. (2007) PREDICTION OF THE COMPETITION BETWEEN SURFACE AND INTERNAL FATIGUE CRACK INITIATION IN PM ALLOYS. Fatigue & Fracture of Engineering Materials & Structures 17:11, pages 1319-1325.
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