Synergistic deformation pathways in a TWIP steel at cryogenic temperatures: In situ neutron diffraction
High manganese steels are promising candidates for applications in cryogenic
environments. In this study, we investigate the mechanical and microstructural responses of
a high manganese twinning induced plasticity (TWIP) steel at a low-temperature range (from
373 to 77 K) via in situ neutron diffraction qualification and correlative microscopy
characterization. During plastic deformation, stacking fault probability and dislocation
density increased at a faster rate at a lower temperature, hence, higher dislocation density …
environments. In this study, we investigate the mechanical and microstructural responses of
a high manganese twinning induced plasticity (TWIP) steel at a low-temperature range (from
373 to 77 K) via in situ neutron diffraction qualification and correlative microscopy
characterization. During plastic deformation, stacking fault probability and dislocation
density increased at a faster rate at a lower temperature, hence, higher dislocation density …
[PDF][PDF] Synergistic deformation pathways in a TWIP steel at cryogenic temperatures
High manganese steels are promising candidates for applications in cryogenic
environments. In this study, we investigate the mechanical and microstructural responses of
a high manganese twinning induced plasticity (TWIP) steel at a low-temperature range (from
373 to 77 K) via in situ neutron diffraction qualification and correlative microscopy
characterization. During plastic deformation, stacking fault probability and dislocation
density increased at a faster rate at a lower temperature, hence, higher dislocation density …
environments. In this study, we investigate the mechanical and microstructural responses of
a high manganese twinning induced plasticity (TWIP) steel at a low-temperature range (from
373 to 77 K) via in situ neutron diffraction qualification and correlative microscopy
characterization. During plastic deformation, stacking fault probability and dislocation
density increased at a faster rate at a lower temperature, hence, higher dislocation density …
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