… Deformation twinning is an important plastic carrier competing with … well-established twinning
theories in their close-packed metallic … of twinning dynamics and twinning mechanisms in …

… crystal and twinned W nanowires. The fracture strength of the twinned W nanowire was 13.7
… mechanical properties due to the complex competition between the intrinsic weakening of …

… twinning are two competing modes of plastic deformation of crystalline materials, which control
the mechanical response of metals … these deformation twins in BCC W nanowires typically …

… mechanism further depends on the characteristic length scale, such as grain size in bulk
polycrystals or the diameter of nanowire … they have no known competing financial interests or …

… as well as to the competition between twin growth and dislocation … the twin growth mechanisms
in BCC metals, and highlight … twinning partials at the CTB was simulated in a Ta nanowire …

… in Bcc nanowires during unloading 17 , consistent with our experimental observation. …
where deformation twinning becomes a competing deformation mode against dislocation …

… twinning behaviors and twin boundary (TB)-dislocation interaction mechanisms in BCC iron
(Fe) nanowires … For larger NW size, the competition between slip and twinning is determined …

… of metals and alloys at different length scales. Numerous studies have revealed the twinning
mechanisms and its competition/… In face-centered cubic (FCC) metals, deformation twinning …

Using a series of molecular dynamics simulations, we study the plastic deformation of 110 -oriented
single crystalline face-centered-cubic (FCC) metallic nanowires (NWs) under …

… Nanoscale body-centered cubic (BCC) transition metals hold … the competition between
anti-twinning and ordinary twinning, … an anti-twinning phenomenon in BCC W nanowires with …