Modeling the effect of grain boundary diffusivity and trapping on hydrogen transport using a phase-field compatible formulation | Paper Citation Record

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This paper cites Laureys, R.

Modeling the effect of grain boundary diffusivity and trapping on hydrogen transport using a phase-field compatible formulation Laureys, R

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This paper cites Influence of electrochemical hydrogenation parameters on microstructures prone to hydrogen- induced cracking.

Modeling the effect of grain boundary diffusivity and trapping on hydrogen transport using a phase-field compatible formulation Influence of electrochemical hydrogenation parameters on microstructures prone to hydrogen- induced cracking

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Modeling the effect of grain boundary diffusivity and trapping on hydrogen transport using a phase-field compatible formulation Djukic, and Sami Elaoud

Reference 4

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This paper cites Bechtle, M.

Modeling the effect of grain boundary diffusivity and trapping on hydrogen transport using a phase-field compatible formulation Bechtle, M

Reference 5

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This paper cites Fundamentals of Hydrogen Embrittlement.

Modeling the effect of grain boundary diffusivity and trapping on hydrogen transport using a phase-field compatible formulation Fundamentals of Hydrogen Embrittlement

Reference 6

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Modeling the effect of grain boundary diffusivity and trapping on hydrogen transport using a phase-field compatible formulation Unresolved cited work

Reference 7

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This paper cites The diffusion and trapping of hydrogen in steel.Acta Metallurgica, 18(1):147–157, jan.

Modeling the effect of grain boundary diffusivity and trapping on hydrogen transport using a phase-field compatible formulation The diffusion and trapping of hydrogen in steel.Acta Metallurgica, 18(1):147–157, jan

Reference 8

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This paper cites Bhadeshia.

Modeling the effect of grain boundary diffusivity and trapping on hydrogen transport using a phase-field compatible formulation Bhadeshia

Reference 9

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Observation c3bebaf5-4c4f-43f8-ac35-e42de736feaa · outbound

This paper cites Modelling of hydrogen permeation experiments in iron alloys: Characterization of the accessible parameters – part i – the entry side.Electrochimica Acta, 262:57–65, feb 2018.

Modeling the effect of grain boundary diffusivity and trapping on hydrogen transport using a phase-field compatible formulation Modelling of hydrogen permeation experiments in iron alloys: Characterization of the accessible parameters – part i – the entry side.Electrochimica Acta, 262:57–65, feb 2018

Reference 10

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This paper cites Critical verification of the kissinger theory to evaluate thermal desorption spectra.International Journal of Hydrogen Energy, 46(79):39590–39606, nov 2021.

Modeling the effect of grain boundary diffusivity and trapping on hydrogen transport using a phase-field compatible formulation Critical verification of the kissinger theory to evaluate thermal desorption spectra.International Journal of Hydrogen Energy, 46(79):39590–39606, nov 2021

Reference 11

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Observation 996afa11-3b1c-4e02-9c90-d154b194b3c6 · outbound

This paper cites Numericalanalysisofhydrogentransportnearabluntingcracktip.

Modeling the effect of grain boundary diffusivity and trapping on hydrogen transport using a phase-field compatible formulation Numericalanalysisofhydrogentransportnearabluntingcracktip

Reference 12

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Observation 5fda91d4-7dc7-49b7-8689-7063e3d513bb · outbound

This paper cites Barrera, E.

Modeling the effect of grain boundary diffusivity and trapping on hydrogen transport using a phase-field compatible formulation Barrera, E

Reference 14

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This paper cites Niordson.

Modeling the effect of grain boundary diffusivity and trapping on hydrogen transport using a phase-field compatible formulation Niordson

Reference 15

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This paper cites Analysis of the influ- ence of microstructural traps on hydrogen assisted fatigue.Acta Materialia, 199:253–263, oct 2020.

Modeling the effect of grain boundary diffusivity and trapping on hydrogen transport using a phase-field compatible formulation Analysis of the influ- ence of microstructural traps on hydrogen assisted fatigue.Acta Materialia, 199:253–263, oct 2020

Reference 16

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Observation 67726199-888b-44bf-bc44-d935de279476 · outbound

This paper cites Rimoli and M.

Modeling the effect of grain boundary diffusivity and trapping on hydrogen transport using a phase-field compatible formulation Rimoli and M

Reference 17

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This paper cites Ilin, Nicolas Saintier, Jean-Marc Olive, Remi Abgrall, and Isabelle Aubert.

Modeling the effect of grain boundary diffusivity and trapping on hydrogen transport using a phase-field compatible formulation Ilin, Nicolas Saintier, Jean-Marc Olive, Remi Abgrall, and Isabelle Aubert

Reference 18

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Observation 34387461-e75d-4471-a209-432bcc051da6 · outbound

This paper cites Comparison of hydrogen transport through pre-deformed synthetic polycrystals and homogeneous samples by finite element analysis.

Modeling the effect of grain boundary diffusivity and trapping on hydrogen transport using a phase-field compatible formulation Comparison of hydrogen transport through pre-deformed synthetic polycrystals and homogeneous samples by finite element analysis

Reference 19

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This paper cites Homogeneity and representativeness analyses of solid oxide fuel cell cathode microstructures.International Journal of Hydrogen Energy, 42(51):30166–30178, dec 2017.

Modeling the effect of grain boundary diffusivity and trapping on hydrogen transport using a phase-field compatible formulation Homogeneity and representativeness analyses of solid oxide fuel cell cathode microstructures.International Journal of Hydrogen Energy, 42(51):30166–30178, dec 2017

Reference 20

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Observation 2d8494f5-406e-4e1a-ae7a-977d66b857a1 · outbound

This paper cites Micromechanical modelling of coupled crystal plasticity and hydrogen diffusion.

Modeling the effect of grain boundary diffusivity and trapping on hydrogen transport using a phase-field compatible formulation Micromechanical modelling of coupled crystal plasticity and hydrogen diffusion

Reference 21

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Observation b03372b0-25a3-4751-9c15-bfc3fc4648e8 · outbound

This paper cites Krom, Poulumi Dey, Gagus K.

Modeling the effect of grain boundary diffusivity and trapping on hydrogen transport using a phase-field compatible formulation Krom, Poulumi Dey, Gagus K

Reference 22

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Observation 0c603e15-6f02-4b02-a186-f5b3061c7717 · outbound

This paper cites Croft, L.

Modeling the effect of grain boundary diffusivity and trapping on hydrogen transport using a phase-field compatible formulation Croft, L

Reference 24

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Modeling the effect of grain boundary diffusivity and trapping on hydrogen transport using a phase-field compatible formulation Unresolved cited work

Reference 25

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Modeling the effect of grain boundary diffusivity and trapping on hydrogen transport using a phase-field compatible formulation Unresolved cited work

Reference 26

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Modeling the effect of grain boundary diffusivity and trapping on hydrogen transport using a phase-field compatible formulation Unresolved cited work

Reference 27

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This paper cites Generation of 3d representative volume elements for heterogeneous materials: A review.

Modeling the effect of grain boundary diffusivity and trapping on hydrogen transport using a phase-field compatible formulation Generation of 3d representative volume elements for heterogeneous materials: A review

Reference 28

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This paper cites Grain-boundary segregation and dynamic solute drag theory—a phase-field approach.Acta Materialia, 55(3):955–960, feb 2007.

Modeling the effect of grain boundary diffusivity and trapping on hydrogen transport using a phase-field compatible formulation Grain-boundary segregation and dynamic solute drag theory—a phase-field approach.Acta Materialia, 55(3):955–960, feb 2007

Reference 29

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This paper cites Grain boundary segregation, solute drag and abnormal grain growth.

Modeling the effect of grain boundary diffusivity and trapping on hydrogen transport using a phase-field compatible formulation Grain boundary segregation, solute drag and abnormal grain growth

Reference 30

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Modeling the effect of grain boundary diffusivity and trapping on hydrogen transport using a phase-field compatible formulation Unresolved cited work

Reference 31

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This paper cites Almeida, Kamen Tushtev, and Kurosch Rezwan.

Modeling the effect of grain boundary diffusivity and trapping on hydrogen transport using a phase-field compatible formulation Almeida, Kamen Tushtev, and Kurosch Rezwan

Reference 32

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Observation 36817930-bb9d-4158-a4f9-aa9eaf2f321b · outbound

This paper cites Phase-field modeling of hydrogen diffusion and trapping in steels.Acta Metallurgica Sinica (English Letters), 34(10):1421–1426, may 2021.

Modeling the effect of grain boundary diffusivity and trapping on hydrogen transport using a phase-field compatible formulation Phase-field modeling of hydrogen diffusion and trapping in steels.Acta Metallurgica Sinica (English Letters), 34(10):1421–1426, may 2021

Reference 33

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Observation 7b3b506d-6825-495e-b7c8-838570ce5c32 · outbound

This paper cites Phase-field models in materials science.

Modeling the effect of grain boundary diffusivity and trapping on hydrogen transport using a phase-field compatible formulation Phase-field models in materials science

Reference 34

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This paper cites A review of calphad modeling of ordered phases.Journal of Phase Equilibria and Diffusion, 39(5):678–693, aug 2018.

Modeling the effect of grain boundary diffusivity and trapping on hydrogen transport using a phase-field compatible formulation A review of calphad modeling of ordered phases.Journal of Phase Equilibria and Diffusion, 39(5):678–693, aug 2018

Reference 35

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Modeling the effect of grain boundary diffusivity and trapping on hydrogen transport using a phase-field compatible formulation Unresolved cited work

Reference 36

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This paper cites Svoboda and F.D.

Modeling the effect of grain boundary diffusivity and trapping on hydrogen transport using a phase-field compatible formulation Svoboda and F.D

Reference 37

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Observation 30a13e13-637a-41bc-bdb1-6493adc9f52c · outbound

This paper cites Grain Boundary Segregation in Metals.

Modeling the effect of grain boundary diffusivity and trapping on hydrogen transport using a phase-field compatible formulation Grain Boundary Segregation in Metals

Reference 38

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Observation 31b3abf8-c1ef-447d-998c-58f4ea8ac61c · outbound

This paper cites Svoboda, G.A.

Modeling the effect of grain boundary diffusivity and trapping on hydrogen transport using a phase-field compatible formulation Svoboda, G.A

Reference 39

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Observation 91ae80d4-83c4-4ec3-a820-29b624b2e9db · outbound

This paper cites Grain Boundaries in Metals.

Modeling the effect of grain boundary diffusivity and trapping on hydrogen transport using a phase-field compatible formulation Grain Boundaries in Metals

Reference 40

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This paper cites Svoboda, G.

Modeling the effect of grain boundary diffusivity and trapping on hydrogen transport using a phase-field compatible formulation Svoboda, G

Reference 41

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Observation 7e655879-b353-4aa7-a4d4-d7493204de6f · outbound

This paper cites Stender, Z.

Modeling the effect of grain boundary diffusivity and trapping on hydrogen transport using a phase-field compatible formulation Stender, Z

Reference 42

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Observation 45939c04-33f5-4fe7-99b1-6492ee301df7 · outbound

This paper cites Molecular dynamics studies of the grain-size depen- dent hydrogen diffusion coefficient of nanograined fe.International Journal of Hydrogen Energy, 46 (7):5842–5851, jan 2021.

Modeling the effect of grain boundary diffusivity and trapping on hydrogen transport using a phase-field compatible formulation Molecular dynamics studies of the grain-size depen- dent hydrogen diffusion coefficient of nanograined fe.International Journal of Hydrogen Energy, 46 (7):5842–5851, jan 2021

Reference 43

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This paper cites Croft, and S.G.R.

Modeling the effect of grain boundary diffusivity and trapping on hydrogen transport using a phase-field compatible formulation Croft, and S.G.R

Reference 44

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Observation 1c1b22a7-cd49-47c8-b79d-e6f7cacb837c · outbound

This paper cites Oudriss, J.

Modeling the effect of grain boundary diffusivity and trapping on hydrogen transport using a phase-field compatible formulation Oudriss, J

Reference 45

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This paper cites Brass and A.

Modeling the effect of grain boundary diffusivity and trapping on hydrogen transport using a phase-field compatible formulation Brass and A

Reference 46

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Observation 6383fdb7-b4bd-4562-b37f-59eeed29b359 · outbound

This paper cites Direct observation of hydrogen permeation through grain boundaries in tungsten.Emergent Materials, 5(4):1075–1087, jan 2022.

Modeling the effect of grain boundary diffusivity and trapping on hydrogen transport using a phase-field compatible formulation Direct observation of hydrogen permeation through grain boundaries in tungsten.Emergent Materials, 5(4):1075–1087, jan 2022

Reference 47

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Observation 6a878009-2123-4c2a-9a26-1e9c03735ee1 · outbound

This paper cites Diffusion coefficient of hydrogen in pure iron between 230 and 300 k.Transactions of the Japan Institute of Metals, 20(7):349–357, 1979.

Modeling the effect of grain boundary diffusivity and trapping on hydrogen transport using a phase-field compatible formulation Diffusion coefficient of hydrogen in pure iron between 230 and 300 k.Transactions of the Japan Institute of Metals, 20(7):349–357, 1979

Reference 48

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Observation 1f3a0142-73c3-4c7a-a332-1925324db976 · outbound

This paper cites Hydrogenpermeationthrough deformed and heat-treated armco pure iron.Materials Science and Technology, 33(13):1515–1523, jul 2017.

Modeling the effect of grain boundary diffusivity and trapping on hydrogen transport using a phase-field compatible formulation Hydrogenpermeationthrough deformed and heat-treated armco pure iron.Materials Science and Technology, 33(13):1515–1523, jul 2017

Reference 49

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Modeling the effect of grain boundary diffusivity and trapping on hydrogen transport using a phase-field compatible formulation Unresolved cited work

Reference 1970

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