… This study examines the possibility of twinning to occur in Ti-6Al-4 V during moderate (4 -
14%) uniaxial compression at room temperature using a slow strain rate (10 −6 s −1 ). To do …

… deform by deformation twinning under ECAP deformation at room temperature and low strain
rate and what deformation … Cu can deform by twinning and what is the deformation twinning …

… can deform by twinning at a very low strain rate and RT if its grain size is in the nanometer
range. The grain-size effect on deformation twinning … suggest that the deformation twining in nc …

… hardening, which largely depends on the interaction of dislocations and deformation
twins, at higher strain rate and low temperature [33]. Except for the dislocation activities, …

… deformation twinning can be examined in detail. In this paper, examples of deformation
twinning … the cermet AI-B4C as a function of strain rate will be presented. Discussion includes: 1)…

… twins and 10 1 2 , 11 2 1 extension twins. Furthermore, the quantities of the deformation twins
at the high strain rates … than those at the low to medium speed deformation. The content of …

… The suppression of thermally activated dislocation processes in this regime can lead to
stresses high enough to activate and grow deformation twins even in high-stacking-fault-energy, …

… of magnitude of strain rate ( ε ̇ ) to progressively compare the nature of the deformations from
… At small scales and under high strain rate (HSR) loading, we expect that the character and …

… systems or twinning operating as an additional deformation … deformation twinning in Ti–6Al–4V
at moderate strain rates is … } deformation twinning mode has also been reported at these …

… twins are harder to nucleate and are easier to grow once nucleated. Hence, twins in small
grain are wider at the lowest strain rate. … In summary, the wider twins at the lowest strain rate …