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Twin migration in Fe-based bcc crystals: Theory and experiments
A. Ojha
,
H. Sehitoglu
, L. Patriarca
, H. J. Maier
Mechanical Science and Engineering
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Keyphrases
Fe-based
100%
Twin Migration
100%
BCC Crystal
100%
Post-migration Stress
66%
Twin nucleation
50%
Bcc Metals
33%
Intersection Types
33%
Energy Barrier
16%
Digital Image Correlation
16%
Transmission Electron Microscopy Observation
16%
Generalized Planar Fault Energy
16%
Elastic Energy
16%
Load Drop
16%
Overall Energy
16%
Modeling Effort
16%
Pure Fe
16%
Residual Burgers Vector
16%
Twinning Dislocation
16%
Empirical Constants
16%
Twin Intersection
16%
Residual Dislocation
16%
Engineering
Bcc Metal
100%
Progression
50%
Digital Image Correlation
50%
Energy Barrier
50%
Do Model
50%
Fault Energy
50%
Elastic Energy
50%
Paramount Importance
50%
Nucleation Stress
50%
Material Science
Nucleation
100%
Transmission Electron Microscopy
33%
Burger Vector
33%