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Hydrogen in Engineering Metallic Materials: From Atomic-Level Interactions to Mechanical Properties

1, 2022

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Grain boundary migration of substitutional and interstitial atoms in α-iron

Acta materialia, 2014-05, Vol.69, p.105-113

2014

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Mobility of dislocations in the iron-based C-, N-, H-solid solutions measured using internal friction: Effect of electron structure

Journal of alloys and compounds, 2021-12, Vol.886, p.161260, Article 161260

2021

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Effect of hydrogen on electronic structure of fcc iron in relation to hydrogen embrittlement of austenitic steels

Physica status solidi. A, Applications and materials science, 2007-12, Vol.204 (12), p.4249-4258

2007

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Hydrogen Mobility and Its Interaction with Dislocations in Nickel-Based Inconel 718 Alloy

Metallofizika i noveĭshie tekhnologii, 2017-11, Vol.39 (5), p.593-606

Teus, S. M.

2017

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Plastic deformation and phase transformations in austenitic steels in the course of hydrogen charging and subsequent mechanical tests

Materials science & engineering. A, Structural materials : properties, microstructure and processing, 2015-11, Vol.648, p.260-264

2015

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On a correlation between hydrogen effects on atomic interactions and mobility of grain boundaries in the alpha-iron. Stage II. Mobility of grain boundaries in the H-charged α-iron

Materials letters, 2020-01, Vol.259, p.126859, Article 126859

2020

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On a correlation between the hydrogen effects on atomic interactions and mobility of grain boundaries in the alpha-iron. Stage I. A change in the electron structure of the alpha-iron due to hydrogen

Materials letters, 2020-01, Vol.258, p.126801, Article 126801

2020

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On a mechanism of Snoek-like relaxation caused by C, N and H in fcc iron-based alloys

Acta materialia, 2006-08, Vol.54 (14), p.3773-3778

2006

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On the Nature of Positive Hydrogen and Nitrogen Effects on Fatigue of Austenitic Steels

Metallofizika i noveĭshie tekhnologii, 2022-12, Vol.44 (11), p.1395-1405

2022

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Precipitation Reactions in Nickel—Hydrogen System: ab initio Study

Metallofizika i noveĭshie tekhnologii, 2016-10, Vol.38 (6), p.737-750

Teus, S. M.

2016

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Mechanical Spectroscopy Studies of Hydrogen Mobility in Titanium Doped Iron Alloy

Metallofizika i noveĭshie tekhnologii, 2020, Vol.41 (10), p.1291-1301

2020

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Molecular Dynamics Study of the Hydrogen and Carbon Effect on Mobility of Grain Boundaries in $\alpha$-Iron

Metallofizika i noveĭshie tekhnologii, 2020, Vol.41 (9), p.1187-1203

2020

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Hydrogen Grain Boundary Segregation and Migration in the Alpha-Iron

Metallofizika i noveĭshie tekhnologii, 2017-08, Vol.39 (4), p.457-464

2017

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Grain-Boundary Diffusion of Hydrogen Atoms in the $\alpha$-Iron

Metallofizika i noveĭshie tekhnologii, 2016-09, Vol.36 (10), p.1399-1410

2016

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Mechanism of Embrittlement of Metals by Surface-Active Elements

Metallofizika i noveĭshie tekhnologii, 2018-10, Vol.40 (2), p.201-218

2018

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Hydrogen-dislocation interaction in relation to hydrogen embrittlement and enhanced plasticity of metals

International journal of hydrogen energy, 2024-01, Vol.50, p.352-360

2024

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Hydrogen Brittleness of Austenitic Steels

Materials science forum, 2010-01, Vol.638-642, p.104-109

2010

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On a mechanism for enhanced hydrogen flux along grain boundaries in metals

Acta materialia, 2020-08, Vol.194, p.516-521

2020

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Comments to the paper “in situ observations of silver-decoration evolution under hydrogen permeation: Effects of grain boundary misorientation on hydrogen flux in pure iron”, the authors: M. Koyama et al. Scripta Mater 2017; 129:48–51

Scripta materialia, 2017-11, Vol.140, p.88-90

2017

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Hydrogen migration and hydrogen-dislocation interaction in austenitic steels and titanium alloy in relation to hydrogen embrittlement

International journal of hydrogen energy, 2017-01, Vol.42 (4), p.2424-2433

2017

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Hydrogen as Alloying Element

Hydrogen in Engineering Metallic Materials, 2022, p.275-290

2022

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Diffusion

Hydrogen in Engineering Metallic Materials, 2022, p.91-152

2022

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Hydrogen Embrittlement

Hydrogen in Engineering Metallic Materials, 2022, p.201-274

2022

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Atomic Interactions

Hydrogen in Engineering Metallic Materials, 2022, p.1-43

2022

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Hydrogen in Engineering Metallic Materials: From Atomic-Level Interactions to Mechanical Properties

Grain boundary migration of substitutional and interstitial atoms in α-iron

Mobility of dislocations in the iron-based C-, N-, H-solid solutions measured using internal friction: Effect of electron structure

Effect of hydrogen on electronic structure of fcc iron in relation to hydrogen embrittlement of austenitic steels

Hydrogen Mobility and Its Interaction with Dislocations in Nickel-Based Inconel 718 Alloy

Plastic deformation and phase transformations in austenitic steels in the course of hydrogen charging and subsequent mechanical tests

On a correlation between hydrogen effects on atomic interactions and mobility of grain boundaries in the alpha-iron. Stage II. Mobility of grain boundaries in the H-charged α-iron

On a correlation between the hydrogen effects on atomic interactions and mobility of grain boundaries in the alpha-iron. Stage I. A change in the electron structure of the alpha-iron due to hydrogen

On a mechanism of Snoek-like relaxation caused by C, N and H in fcc iron-based alloys

On the Nature of Positive Hydrogen and Nitrogen Effects on Fatigue of Austenitic Steels

Precipitation Reactions in Nickel—Hydrogen System: ab initio Study

Mechanical Spectroscopy Studies of Hydrogen Mobility in Titanium Doped Iron Alloy

Molecular Dynamics Study of the Hydrogen and Carbon Effect on Mobility of Grain Boundaries in $\alpha$-Iron

Hydrogen Grain Boundary Segregation and Migration in the Alpha-Iron

Grain-Boundary Diffusion of Hydrogen Atoms in the $\alpha$-Iron

Mechanism of Embrittlement of Metals by Surface-Active Elements

Hydrogen-dislocation interaction in relation to hydrogen embrittlement and enhanced plasticity of metals

Hydrogen Brittleness of Austenitic Steels

On a mechanism for enhanced hydrogen flux along grain boundaries in metals

Comments to the paper “in situ observations of silver-decoration evolution under hydrogen permeation: Effects of grain boundary misorientation on hydrogen flux in pure iron”, the authors: M. Koyama et al. Scripta Mater 2017; 129:48–51

Hydrogen migration and hydrogen-dislocation interaction in austenitic steels and titanium alloy in relation to hydrogen embrittlement

Hydrogen as Alloying Element

Diffusion

Hydrogen Embrittlement

Atomic Interactions

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