Fig. 1: Mechanical behavior of the base and doped ZrTiHfCuNi BMGs.
From: Substantially enhanced plasticity of bulk metallic glasses by densifying local atomic packing
Compressive stress-strain curves of ZrTiHfCuNi BMGs doped with a different content of oxygen (a). Variation of fracture strength and plasticity with addition of oxygen (b). Lateral surface of fractured base alloy (c) and O0.2 (d). Shear band spacing and number density in the fractured samples with a different content of oxygen (e). Plasticity change with doping in ZrTiHfCuNi BMGs (f). The error bars in b, e, f were estimated from standard deviation with a confidence of 95%.
