… via plastic deformation, the strain rate plays a significant role. … to surface impacts over a wide
range of strain rates (10–10 5 … , we found that the strain rate between 10 and 10 3 s −1 only …

… twin to slip and slip to twin transition. (a) Schematic of the transition range as a function of
temperature and strain rate … of applied strain rates as shown in the TKD maps (f: i, ii, iii and iv). …

… generates higher density and faster movement of dislocations leading to more twin … is
independent of strain rate [49]. Thus, twin fractions should be higher at higher strain rates, as seen …

… strain rate promotes twinning in a manner similar to that due to decreasing temperature. The
volume fraction of twins … The effect of increasing strain rate on the slip-twinning transition is …

… transition is not sensitive to strain rate and whether the contraction twin is a primary or secondary
twin… , we rationalize the temperature-induced transition in contraction twinning is due to …

… -strain response at a uniform stress state and strain rate, a Taylor test involves gradients of
stress, strain, and strain rate … displacive transition (76). Cerreta et al. (75) propose that the …

… at various strain rates and interrupted strain rate jump … the dislocation and twin densities
at different strain rates. A … s is a parameter determining the sharpness of the transition …

… To quantify this transition we look for additional microstructure details, such as dislocation
slip, deformation twinning and their interaction in plastic deformation, to understand how they …

… For all NWs, the initial yielding at different strain rates is … twin volume fraction, the size
dependent transition of deformation mechanisms in twinned regions is observed. At the strain rate …

… strain rate are required; pole mechanism is the fundamental twinning mechanism. While in
the NC case, deformation twins can be formed at RT and low strain rate; … of deformation twins …