… suggest that twin nucleation and twin propagation rates strongly depend on the number of
activated twins in a given grain. This behavior was identified by comparing the twin growth …

… In this work, we observe twin–twin interactions in both compressive and tensile loading,
as … the remarkable twin–twin interaction in the fcc case, where the two distinct twin variants …

… When twin variants interact, TTBs form and consequently … In this paper, we study twin–twin
interactions by combining … the twin–twin boundary and three kinds of twin–twin structures: …

… by forest hardening slip-twin interactions and twin-twin interactions have been proposed. …
by profuse slip-twin/twin-slip and twin-twin interaction at cryogenic temperatures. In the current …

… of magnesium alloy during compression at room temperature. An understanding of {10-12} …
slip–twin and twin–twin interactions arise in addition to classical slip–slip interactions. Each …

… the interaction between a screw dislocation and a coherent twin … for this interaction changes
as a function of temperature, … enhanced ductility at cryogenic temperatures in these alloys. …

… effect that tensile and compressive twins exert upon propagation of dislocations and other
twins … When we compare room temperature reloads of the annealed and unannealed samples …

… at room temperature [7]. Consequently, basal dislocation-twin and twin-twin interactions are
… However, these models only consider interaction between dislocation and twin based on a …

… instance, a dual effect of temperature on the detwinning stress of FCC deformation twins. Thus,
… The first source of the interactions is in the range of 20 C÷500 C resistant to the change of …

… temperature. It exhibits high specific energy absorption and excellent impact toughness during
deformation at high strain rates and low temperatures-'{, … , the barrier effect of twins on the …