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Surface Engineering Volume 16, 2000 - Issue 2
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Regular Papers

Structure of laser remelted surface of cast irons

M.S.F. LimaThe Department of Metallurgical Engineering and MaterialsSchool of Engineering, University of São PaulotheCentre for Laser Treatment of Materials, Swiss Federal Institute of Technology, CP 110, 05508–900 São Paulo, Brazil
&
H. GoldensteinThe Department of Metallurgical Engineering and MaterialsSchool of Engineering, University of São PaulotheCentre for Laser Treatment of Materials, Swiss Federal Institute of Technology, CP 110, 05508–900 São Paulo, Brazil
Pages 127-130 | Published online: 19 Jul 2013

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Read on this site (2)

P. Patel, S. Mridha & T. N. Baker. (2014) Influence of shielding gases on preheat produced in surface coatings incorporating SiC particulates into microalloy steel using TIG technique. Materials Science and Technology 30:12, pages 1506-1514.
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B S Yilbas, S S Akhtar, A Matthews & C Karatas. (2012) Laser treatment of carbon film coated steel surface. Surface Engineering 28:1, pages 57-67.
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Articles from other publishers (12)

Jizhong Zhao, Hongchen Miao, Qianhua Kan, Peilin Fu, Li Ding, Guozheng Kang & Ping Wang. (2021) Numerical investigation on the rolling contact wear and fatigue of laser dispersed quenched U71Mn rail. International Journal of Fatigue 143, pages 106010.
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Ian Fordyce, Murugesan Annasamy, Shi D. Sun, Daniel Fabijanic, Santiago Corujeira Gallo, Martin Leary, Mark Easton & Milan Brandt. (2020) The effect of heat treatment on the abrasive and erosive wear behaviour of laser metal deposited Fe–28Cr–2.7C alloy. Wear 458-459, pages 203410.
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C.R. Su, L.B. Shi, W.J. Wang, D.Z. Wang, Z.B. Cai, Q.Y. Liu & Z.R. Zhou. (2019) Investigation on the rolling wear and damage properties of laser dispersed quenched rail materials treated with different ratios. Tribology International 135, pages 488-499.
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S. Kante, A. Leineweber, A. Holst & A. Buchwalder. (2019) Low‐temperature annealing and graphitizing of white‐solidified low‐alloy cast irons. Materialwissenschaft und Werkstofftechnik 50:6, pages 682-695.
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X. Cao, L.B. Shi, Z.B. Cai, Q.Y. Liu, Z.R. Zhou & W.J. Wang. (2018) Investigation on the microstructure and damage characteristics of wheel and rail materials subject to laser dispersed quenching. Applied Surface Science 450, pages 468-483.
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Stefan Kante & Andreas Leineweber. (2018) EBSD characterization of the eutectic microstructure in hypoeutectic Fe-C and Fe-C-Si alloys. Materials Characterization 138, pages 274-283.
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Zhi-kai Chen, Shu-chao Lu, Xi-bin Song, Haifeng Zhang, Wan-shi Yang & Hong Zhou. (2015) Effects of bionic units on the fatigue wear of gray cast iron surface with different shapes and distributions. Optics & Laser Technology 66, pages 166-174.
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Zheng-yang Li, Xu-hui Xing, Ming-jiang Yang, Bing Yang, Zhi-yuan Ren & Hua-qiang Lin. (2014) Investigation on rolling sliding wear behavior of wheel steel by laser dispersed treatment. Wear 314:1-2, pages 236-240.
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Dongfang Zeng, Liantao Lu, Zhengyang Li, Jiwang Zhang, Xuesong Jin & Minhao Zhu. (2014) Influence of laser dispersed treatment on rolling contact wear and fatigue behavior of railway wheel steel. Materials & Design (1980-2015) 54, pages 137-143.
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Zheng-yang Li, Hai-yan Zhao, Yu Gu, Min-lin Zhong, Bin Zhang, Hong-jun Zhang, Wen-jin Liu, Zhi-yuan Ren, Ming-jiang Yang & Hua-qiang Lin. (2013) Fatigue crack propagation in laser alloyed ductile cast iron surface. Journal of Laser Applications 25:1.
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John C. Ion. 2005. Laser Processing of Engineering Materials. Laser Processing of Engineering Materials 261 295 .
M. Eroğlu & N. Özdemir. (2002) Tungsten-inert gas surface alloying of a low carbon steel. Surface and Coatings Technology 154:2-3, pages 209-217.
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