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Original Articles

Dislocation interaction with hydrides in titanium containing a low hydrogen concentration

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Pages 29-43 | Received 23 Jun 2003, Accepted 05 Sep 2003, Published online: 21 Aug 2006

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Read on this site (2)

C. Bjerkén & A.R. Massih. (2014) Phase ordering kinetics of second-phase formation near an edge dislocation. Philosophical Magazine 94:6, pages 569-593.
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A.R. Massih. (2011) Second-phase nucleation on an edge dislocation. Philosophical Magazine 91:31, pages 3961-3980.
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Articles from other publishers (13)

Masoud Taherijam, Saiedeh Marashi, Alireza Tondro & Hamidreza Abdolvand. (2023) On the effects of transformation strain induced by hydride precipitation. Acta Materialia 261, pages 119356.
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Zongde Kou, Xuteng Li, Rong Huang, Lixia Yang, Yanqing Yang, Tao Feng, Si Lan, Gerhard Wilde, Qingquan Lai & Song Tang. (2023) Stress-induced phase transformation and phase boundary sliding in Ti: An atomically resolved in-situ analysis. Journal of Materials Science & Technology 152, pages 30-36.
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Luca Reali, Daniel S. Balint & Mark R. Wenman. (2022) Discrete dislocation modelling of δ hydrides in Zr: towards an understanding of the importance of interfacial stresses for crack initiation. Journal of Nuclear Materials 572, pages 154091.
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Qing Tan, Zhiran Yan, Runguang Li, Yang Ren, Yandong Wang, Baptiste Gault & Stoichko Antonov. (2022) In-situ synchrotron-based high energy X-ray diffraction study of the deformation mechanism of δ-hydrides in a commercially pure titanium. Scripta Materialia 213, pages 114608.
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Luca Reali, Mark R. Wenman, Adrian P. Sutton & Daniel S. Balint. (2021) Plasticity of zirconium hydrides: a coupled edge and screw discrete dislocation model. Journal of the Mechanics and Physics of Solids 147, pages 104219.
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Jing Wen, Nathalie Allain & Eric Fleury. (2020) Determination of orientation relationships between FCC-hydride and HCP-titanium and their correlation with hydrides distribution. Journal of Alloys and Compounds 817, pages 153297.
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G Ranjith Kumar, G Rajyalakshmi & S Swaroop. (2019) A critical appraisal of laser peening and its impact on hydrogen embrittlement of titanium alloys. Proceedings of the Institution of Mechanical Engineers, Part B: Journal of Engineering Manufacture 233:13, pages 2371-2398.
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Sheng Cao, Suming Zhu, Chao Voon Samuel Lim, Xigen Zhou, Xiaobo Chen, Bruce R.W. Hinton, Rodney R. Boyer, James C. Williams & Xinhua Wu. (2017) The mechanism of aqueous stress-corrosion cracking of α + β titanium alloys. Corrosion Science 125, pages 29-39.
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E. Conforto, I. Guillot & X. Feaugas. (2017) Solute hydrogen and hydride phase implications on the plasticity of zirconium and titanium alloys: a review and some recent advances. Philosophical Transactions of the Royal Society A: Mathematical, Physical and Engineering Sciences 375:2098, pages 20160417.
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Toshifumi Hongo, Kaveh Edalati, Hideaki Iwaoka, Makoto Arita, Junko Matsuda, Etsuo Akiba & Zenji Horita. (2014) High-pressure torsion of palladium: Hydrogen-induced softening and plasticity in ultrafine grains and hydrogen-induced hardening and embrittlement in coarse grains. Materials Science and Engineering: A 618, pages 1-8.
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Kaveh Edalati, Zenji Horita & Yoji Mine. (2010) High-pressure torsion of hafnium. Materials Science and Engineering: A 527:7-8, pages 2136-2141.
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Jing-wei Zhao, Hua Ding, Xue-feng Tian, Wen-juan Zhao & Hong-liang Hou. (2008) Thermodynamic Calculation on the Formation of Titanium Hydride. Chinese Journal of Chemical Physics 21:6, pages 569-574.
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C.Q. Chen, S.X. Li, H. Zheng, L.B. Wang & K. Lu. (2004) An investigation on structure, deformation and fracture of hydrides in titanium with a large range of hydrogen contents. Acta Materialia 52:12, pages 3697-3706.
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