… (TBs) are assumed to be obstacles to dislocation motion and increase the strength of …
strength of body-centered cubic (BCC) tungsten (W). [1–11]-oriented W nanowires with (121) twin …

… fields due to their high strength and excellent thermal stability… showed up in tungsten (W)
nanowires around 20 nm under … deviating from the nanowire axis to study the effect of loading …

… body-centered cubic (BCC) tungsten nanowires via an integrated approach of in situ
nanomechanical testing and atomistic simulation. We find a strong effect … to their high strength and …

… by the prominent volume effect and surface effect [14,16,17], … W nanowires, the critical
resolved shear stress for the twin … order of magnitude as the ideal shear strengths of W on {112} …

… trade-off between strength and ductility 2,3,4 . An ideal coherent … the effect of inclined twin
boundary on the stability of twins, the … could induce the detwinning in Bcc nanowires during …

… (NW) or nanowhisker is able to possess near-ideal strength … in both shock impact and nanowire
twinning inspires us to … , tantalum, molybdenum, and tungsten NWs, we also analyze the …

… are dislocations, nanowires in body-centered cubic (BCC) … To the best of our knowledge, the
effects of the strain rate … [39, 40] suggest that the strength of nanowires varies little with D, in …

… , in nanoscale body-centered cubic (BCC) tungsten crystals. … growth of anti-twins in tungsten
nanowires with diameters less … Typically, the smaller the nanowire, the higher the strength (1…

… 10, uniaxial tensile tests of Mo nanowires with diameters smaller than 15nm along … size
effects on yield strength. For tensile tests along <110> and <111> directions, the yield strength is …

… Additionally, strength of polycrystalline nanowires follow inverse … In this work, body-centered
cubic Tungsten is discussed. In … of the single crystal Tungsten nanowire considered in this …