A review is presented of work on deformation twinning in fcc metals. Experiments which prove the existence of deformation twins are described, the characteristics of the twins are reviewed, and the stresses required for their production are analyzed. The dislocation models which have been proposed to account for the nucleation of deformation twins are reviewed. A model is proposed for the propagation of twins. (D.L.C.
In this report, we present our twinning model intended for simulation of the dynamic deformation of ...
Fivefold deformation twins were reported recently to be observed in the experiment of the nanocrysta...
We report a de-twinning process via secondary twinning in face-centred cubic structures with low sta...
Abstract-A constitutive approach is developed that predicts the critical stress for twinning as a fu...
Abstract—A constitutive approach is developed that predicts the critical stress for twinning as a fu...
Dislocation interaction with and accumulation at twin boundaries have been reported to significantly...
The strengthening effect of twins in nanocrystalline metals has been reported both in experiment and...
The strengthening effect of twins in nanocrystalline metals has been reported both in experiment and...
Twinnability is the property describing the ease with which a metal plastically deforms by twinning ...
High-density and nanosized deformation twins in face-centered cubic (fcc) materials can effectively ...
High-density and nanosized deformation twins in face-centered cubic (fcc) materials can effectively ...
Dislocation interaction with and accumulation at twin boundaries have been reported to significantly...
Deformation twinning in coarse-grained fcc metals results from the highly coordinated glide of Shock...
Nanocrystalline (nc) materials can be defined as solids with grain sizes in the range of 1–100...
We report a de-twinning process via secondary twinning in face-centred cubic structures with low sta...
In this report, we present our twinning model intended for simulation of the dynamic deformation of ...
Fivefold deformation twins were reported recently to be observed in the experiment of the nanocrysta...
We report a de-twinning process via secondary twinning in face-centred cubic structures with low sta...
Abstract-A constitutive approach is developed that predicts the critical stress for twinning as a fu...
Abstract—A constitutive approach is developed that predicts the critical stress for twinning as a fu...
Dislocation interaction with and accumulation at twin boundaries have been reported to significantly...
The strengthening effect of twins in nanocrystalline metals has been reported both in experiment and...
The strengthening effect of twins in nanocrystalline metals has been reported both in experiment and...
Twinnability is the property describing the ease with which a metal plastically deforms by twinning ...
High-density and nanosized deformation twins in face-centered cubic (fcc) materials can effectively ...
High-density and nanosized deformation twins in face-centered cubic (fcc) materials can effectively ...
Dislocation interaction with and accumulation at twin boundaries have been reported to significantly...
Deformation twinning in coarse-grained fcc metals results from the highly coordinated glide of Shock...
Nanocrystalline (nc) materials can be defined as solids with grain sizes in the range of 1–100...
We report a de-twinning process via secondary twinning in face-centred cubic structures with low sta...
In this report, we present our twinning model intended for simulation of the dynamic deformation of ...
Fivefold deformation twins were reported recently to be observed in the experiment of the nanocrysta...
We report a de-twinning process via secondary twinning in face-centred cubic structures with low sta...
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