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Low stacking fault energy fcc alloys deform via either mechanical twinning or dislocation slip.
The transition in deformation textures between low stacking fault energy f.c.c.
In low stacking fault energy materials, twin formation during recrystallization is extensive and sometimes exploited to perform grain boundary engineering.
A mechanism of formation of the dislocation-cell structure in such steels (with a low stacking fault energy) is discussed.
The early stages of recrystallization have been systematically characterized in single crystal metals of medium and low stacking fault energy.
A model for dynamic recrystallisation is presented, which was developed for face-centred cubic materials with low stacking fault energies.
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materials with very low stacking-fault energy during SMAT.
Rittner, J. D. & Seidman, D. N. 〈110〉 symmetric tilt grain-boundary structures in fcc metals with low stacking-fault energies.
In order to enhance transformation-induced plasticity, alloys with low stacking-fault energy and high starting temperature of ɛ martensite Ms should be looked for.
A nanostructured surface layer was formed on an AISI 304 stainless steel with low stacking-fault energy by means of the surface mechanical attrition treatment (SMAT).
A low stacking-fault energy nickel-base, single-phase, face-centered-cubic (fcc) alloy has been subjected to surface severe plastic deformation (S2PD) to introduce nano-grains and grain size gradients to the surface region of the alloy.
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