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INIS
microstructure
100%
growth
100%
modeling
100%
nucleation
100%
fatigue
100%
cracks
100%
martensitic steels
100%
damage
84%
plasticity
30%
deformation
23%
tracks
23%
steels
23%
crystals
23%
simulation
15%
interactions
15%
design
15%
loading
15%
crack growth
15%
crack propagation
15%
failures
7%
applications
7%
morphology
7%
coupling
7%
strains
7%
slip
7%
plastics
7%
cracking
7%
accumulation
7%
capture
7%
calibration
7%
hardening
7%
guidelines
7%
exploitation
7%
defects
7%
lifetime
7%
origin
7%
fracture mechanics
7%
polycrystals
7%
austenite
7%
Engineering
High Cycle Fatigue
100%
Martensitic Microstructures
100%
Micromechanical Modeling
100%
Short Crack
100%
High Strength Steels
50%
Constitutive Model
25%
Damage Model
25%
Material Microstructure
25%
Design Rule
25%
Tempered Steel
25%
Damage Mechanism
25%
Deformation Response
25%
Deformation Model
25%
Strain Localization
25%
Micro Crack
25%
Monotonic Loading
25%
Damage Accumulation
25%
Prior Austenite Grain
25%
Crack Growth
25%
Plastic Deformation
25%
Damage Evolution
25%
Simulation Driven Design
25%
Model Calibration
25%
Crack Closure
25%
Crack Formation
25%
Deformation Mechanism
25%
Cyclic Loading
25%
Polycrystalline
25%
Failure Mechanism
25%
Microcracks
25%
Micromechanics
25%
Fracture Mechanics
25%
Material Science
Nucleation
100%
High-Cycle Fatigue
100%
Short Crack
100%
Crystal Plasticity
75%
Crack Growth
50%
High Strength Steels
50%
Plastic Deformation
25%
Austenite
25%
Microcracks
25%
Fracture Mechanics
25%
Crack Closure
25%
Machine Element
25%
Damage Evolution
25%
Crack Formation
25%
Deformation Mechanism
25%
Micromechanics
25%
Failure Mechanism
25%
Keyphrases
Microcrack Damage
25%
Short Crack Growth
25%