… slip and deformation twinning in body-centered cubic (BCC) … ]-oriented BCC tungsten
nanowires under different loading … uniaxial tension, while deformation twinning prevails when non-…

… We also observe a dynamic competition between dislocation slip and deformation twinning,
resulting in a strong size-dependent dislocation-to-twin transition in W nanowires. These …

… Deformation twinning has been verified in nanoscale W by in situ TEM observations, but
detwinning occurs after unloading [17], and the TBs are supposed to be not parallel to the twin …

… nanoscale body-centered cubic (BCC) tungsten crystals. By … of anti-twins in tungsten
nanowires with diameters less than … between dislocation slip and deformation twinning under the …

… layer-by-layer thickening of deformation twinning in both FCC 7 and BCC 23 metals. Figure
3 show the dynamic thickening of a shear band in [112]-W nanowire. Initially, the shear band …

… of Bcc metals, whereas deformation twinning is only activated … and the detwinning process
in Bcc tungsten (W) are strongly … the detwinning in Bcc nanowires during unloading 17 , …

… , the dynamics of deformation twinning in BCC metals remains … the nanowires; 2) realizing
the pseudoelasticity, shape memory and energy storage by introducing deformation twinning …

… competitive deformation mechanisms in face-centered cubic (FCC) metals. For FCC metallic
… by deformation twinning has been observed in MD simulations; deformation twinning was …

… By comparing twinning behavior and the associated generalized stacking fault energy
curves for single crystal BCC niobium, iron, tantalum, molybdenum, and tungsten NWs, we also …

… two primary factors: (i) the body-centered cubic (BCC) crystalline structure with a very high
… Deformation twinning, which has been reported in W nanowires [36,[60], [61], [62]], was not …