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A void-based framework for predicting hydrogen embrittlement

delete2026-08-03
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PRE
AI
K
Karl Etienne Dany Druesnes
H
Haiyang Yu *
A
A. Díaz
J
Jianying He *
B
Bård Nyhus
L
Lise Jemblie
V
Vigdis Olden
Z
ZhangZhiliang (Zhiliang Zhang) *
DOI：10.1016/j.corsci.2026.114152delete
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Abstract

Abstract

En 中文
• A mechanism-informed void-based framework (H-CGM+) for HE. • Hydrogen enhance void nucleation introduced as a unifying damage mechanism. • Model reproduces experimentally observed trends in fracture toughness. • Crack-tip constraint effects under hydrogen analyzed using SENT specimens.

Journal

Corrosion Science cover
Corrosion Science
IF:
8.5
Papers:
1.3W
Citations:
7.3W

Organization

E
escuela politécnica superior
Scholars:
59
Papers: 28
Citations: 0
S
sintef
Scholars:
333
Papers: 157
Citations: 5
U
uppsala university
Scholars:
3.7W
Papers: 3.4W
Citations: 47
N
norwegian university of science and technology
Scholars:
1.3K
Papers: 661
Citations: 1
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