Fig. 1 Localized shear deformation bands of Pd$_{0.775}$Cu$_{0.06}$Si$_{0.16}$[27]

Fig. 2 Compression stress-strain curves of Pd$_{0.775}$Cu$_{0.06}$Si$_{0.16}$ at different temperatures[27]

Fig. 3 Scanning electron micrograph of the fracture surface of Pd$_{40}$Ni$_{40}$P$_{20}$ sample failed in uniaxial compression [28]

Fig. 4 TEM image of the compressive region of Al$_{90}$Fe$_{5}$Gd$_{5}$, showing a number of nano-crystallites at a shear band[29]

Fig. 5 Honeycomb structures of the compressive fracture surface of a Zr$_{41.2}$Ti$_{13.8}$Cu$_{10}$Ni$_{12.5}$Be$_{22.5}$ sample [30]

Fig. 6 Comparison between the simulated stress-strain curves and experimental ones [41]

Fig. 7 Prediction of tension and compression fracture angle [41]

Fig. 8 Tensile true stress-strain curves of Ti$_{46}$Zr$_{20}$V$_{12}$Cu$_{5}$Be$_{17}$ at room temperature [57]

Fig. 9 True stress-true strain curve for Cu$_{50}$Zr$_{50}$ loaded in uniaxial compression [58]

Fig. 10 Tensile engineering stress-strain curves for the metallic glass matrix composites with different size $\beta $-Zr particles[56]

Fig. 11 Typical atomistic configurations illustrating the interaction between the operating shear bands and the second-phase nanocrystals[77]

Fig. 12 Evolutions of dislocation sliding in ductile particles and shear banding in bulk metallic glass matrix with the applied macroscopic deformation for bulk metallic glass matrix composites [84]

Fig. 13 Shear bands of the bulk metallic glass matrix composites with different particle volume fractions in tension ((a), (c) and (e)) and in compression ((b), (d) and (f)) at the strain $\varepsilon _{xx}=5\%$[93]

Fig. 14 Diagram for the two-stepped homogenization method: (a) the relation between the bulk metallic glass matrix composites and three phases in the composites; (b) the first homogenization for the inner matrix and TP; (c) the second homogenization for the outer matrix and equivalent inclusion [98]

Fig. 15 Modeled and experimental stress-strain responses of Zr-based bulk metallic glass matrix composites [98]

Fig. 16 Modeled and experimental stress-strain responses of bulk metallic glass matrix composites containing graphite TP [98]