Research Article

Size, Temperature, and Strain-Rate Dependence on Tensile Mechanical Behaviors of Ni3Sn4 Intermetallic Compound Using Molecular Dynamics Simulation

Figure 9

(a) The tensile stress-strain evolution of the “” Ni3Sn4 nanowire model at 300 K and strain rate = 10−4% ps−1, (b) snapshots of fracture evolution of the Ni3Sn4 atomic structure at various strains, and (c) the residual strain after unloading versus the applied strain.
214510.fig.009a
(a)
214510.fig.009b
(b)
214510.fig.009c
(c)