Keyphrases
Void Growth
100%
Computational Study
100%
Growth Rate
100%
Ductile Crack Growth
100%
Propagating Crack
66%
Tear Resistance
66%
Crack Tip
33%
Plastic Regime
33%
Diffusion Rate
33%
Computational Model
33%
Hydrogen Effect
33%
Plane Strain
33%
Stationary Crack
33%
Hydrogen Concentration
33%
Deformation History
33%
Transient Analysis
33%
Plastic Zone
33%
Hydrogen-free
33%
Constitutive Model
33%
Material Response
33%
Material Softening
33%
Crack Front
33%
Geometric Constraints
33%
Hydrogen-induced Softening
33%
Elastic-plastic
33%
Ductile Metals
33%
Ductile Crack Propagation
33%
High Solubility
33%
R-curve
33%
Quasi-static Conditions
33%
Solubility Model
33%
Near-tip Fields
33%
Charge Materials
33%
Imposed Constraint
33%
Qualitative Estimation
33%
Engineering
Void Growth
100%
Ductile Crack Growth
100%
Propagating Crack
66%
Crack Propagation
33%
Crack Tip
33%
Plane Strain
33%
Stationary Crack
33%
Test Specimen
33%
Transient Analysis
33%
Plastic Zone
33%
Constitutive Model
33%
Crack Front
33%
Material Response
33%
Model Material
33%
Ductile Metal
33%
Geometric Constraint
33%
Resistance Curve
33%
Quasistatic Condition
33%
Plastic Regime
33%