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Dislocation emission and crack growth in 3D bcc iron crystals under biaxial loading by atomistic simulations

Journal of applied physics, 2019-08, Vol.126 (7)

2019

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Local heating at the running crack tip in bcc iron according to molecular dynamics

Materials research express, 2024-10, Vol.11 (10), p.106522

2024

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Size effects in molecular dynamic simulations of fracture in bcc iron crystals

Physica scripta, 2023-12, Vol.98 (12), p.125974

2023

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Thermal Activation and Ductile vs. Brittle Behavior of Microcracks in 3D BCC Iron Crystals under Biaxial Loading by Atomistic Simulations

Metals (Basel ), 2020-11, Vol.10 (11), p.1525

2020

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Growth of 3D edge cracks in mode I and T-stress on the atomistic level

Computational materials science, 2017-10, Vol.138, p.315-322

2017

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Ductile-brittle transition at edge cracks (001)[110] in BCC iron under different loading rates in mode I: a 3D atomistic study

Materials research express, 2022-03, Vol.9 (3), p.36508

2022

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Fracture toughness of Fe–Si single crystals in mode I: Effect of loading rate on an edge crack (–110)[110] at macroscopic and atomistic level

Journal of applied physics, 2022-08, Vol.132 (6)

2022

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3D atomistic studies of fatigue behaviour of edge crack (001) in bcc iron loaded in mode I and II

International journal of fatigue, 2014-09, Vol.66, p.11-19

2014

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3D atomistic simulation of fatigue behavior of a ductile crack in bcc iron

International journal of fatigue, 2011-09, Vol.33 (9), p.1182-1188

2011

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Crack growth in Fe–2.7 wt% Si single crystals under cyclic loading and 3D atomistic results in bcc iron

International journal of fatigue, 2016-06, Vol.87, p.63-70

2016

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Crack growth in Fe-Si (2 wt%) single crystals on macroscopic and atomistic level

Results in physics, 2019-09, Vol.14, p.102450, Article 102450

2019

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3D atomistic simulation of fatigue behavior of a ductile crack in bcc iron loaded in mode II

Computational materials science, 2012-08, Vol.61, p.12-19

2012

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Transonic twins in 3D bcc iron crystal

Computational materials science, 2010-04, Vol.48 (2), p.296-302

2010

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3D atomistic simulation of fatigue behaviour of cracked single crystal of bcc iron loaded in mode III

International journal of fatigue, 2011-12, Vol.33 (12), p.1564-1573

2011

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Growth of a brittle crack (001) in 3D bcc iron crystal with a Cu nano-particle

Computational materials science, 2014-02, Vol.83, p.229-234

2014

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Crack-induced stress, dislocations and acoustic emission by 3-D atomistic simulations in bcc iron

Acta materialia, 2009-08, Vol.57 (14), p.4065-4073

2009

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Ductile–brittle behavior of (0 0 1)[1 1 0] nano-cracks in bcc iron

Materials science & engineering. A, Structural materials : properties, microstructure and processing, 2004-12, Vol.387, p.414-418

2004

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Reconciliation of continuum and atomistic models for the ductile versus brittle response of iron

Modelling and simulation in materials science and engineering, 2007-03, Vol.15 (2), p.65-83

2007

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Influence of crack orientation on the ductile–brittle behavior in Fe–3 wt.% Si single crystals

Materials characterization, 2007-10, Vol.58 (10), p.892-900

2007

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Crack Orientation versus Ductile-Brittle Behavior in 3D Atomistic Simulations

Materials science forum, 2008-01, Vol.567-568, p.61-64

2008

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3D atomistic simulation of the interaction between a ductile crack and a Cu nanoprecipitate

Modelling and simulation in materials science and engineering, 2009-04, Vol.17 (3), p.035008

2009

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Stress wave radiation from the cleavage crack extension in 3D bcc iron crystals

Computational materials science, 2010-12, Vol.50 (2), p.678-685

2010

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Ductile-Brittle Behavior along Crack Front and T-Stress

Key engineering materials, 2011, Vol.465, p.69-72

2011

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Effect of T-stress on dislocation emission in iron

Scripta materialia, 2004-02, Vol.50 (4), p.483-487

2004

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Residual stress in Fe–Cu alloys at 0 and 600 K

Computational materials science, 2002-07, Vol.24 (4), p.535-543

MACHOVA, Anna

2002

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Dislocation emission and crack growth in 3D bcc iron crystals under biaxial loading by atomistic simulations

Local heating at the running crack tip in bcc iron according to molecular dynamics

Size effects in molecular dynamic simulations of fracture in bcc iron crystals

Thermal Activation and Ductile vs. Brittle Behavior of Microcracks in 3D BCC Iron Crystals under Biaxial Loading by Atomistic Simulations

Growth of 3D edge cracks in mode I and T-stress on the atomistic level

Ductile-brittle transition at edge cracks (001)[110] in BCC iron under different loading rates in mode I: a 3D atomistic study

Fracture toughness of Fe–Si single crystals in mode I: Effect of loading rate on an edge crack (–110)[110] at macroscopic and atomistic level

3D atomistic studies of fatigue behaviour of edge crack (001) in bcc iron loaded in mode I and II

3D atomistic simulation of fatigue behavior of a ductile crack in bcc iron

Crack growth in Fe–2.7 wt% Si single crystals under cyclic loading and 3D atomistic results in bcc iron

Crack growth in Fe-Si (2 wt%) single crystals on macroscopic and atomistic level

3D atomistic simulation of fatigue behavior of a ductile crack in bcc iron loaded in mode II

Transonic twins in 3D bcc iron crystal

3D atomistic simulation of fatigue behaviour of cracked single crystal of bcc iron loaded in mode III

Growth of a brittle crack (001) in 3D bcc iron crystal with a Cu nano-particle

Crack-induced stress, dislocations and acoustic emission by 3-D atomistic simulations in bcc iron

Ductile–brittle behavior of (0 0 1)[1 1 0] nano-cracks in bcc iron

Reconciliation of continuum and atomistic models for the ductile versus brittle response of iron

Influence of crack orientation on the ductile–brittle behavior in Fe–3 wt.% Si single crystals

Crack Orientation versus Ductile-Brittle Behavior in 3D Atomistic Simulations

3D atomistic simulation of the interaction between a ductile crack and a Cu nanoprecipitate

Stress wave radiation from the cleavage crack extension in 3D bcc iron crystals

Ductile-Brittle Behavior along Crack Front and T-Stress

Effect of T-stress on dislocation emission in iron

Residual stress in Fe–Cu alloys at 0 and 600 K

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