fig11
![New trends in additive manufacturing of <InlineParagraph>high-entropy </InlineParagraph>alloys and alloy design by machine learning: from single-phase to multiphase systems](https://image.oaes.cc/143a5428-1033-417d-9a45-b59e5be3b5e9/5279.fig.11.jpg)
Figure 11. (A) Engineering tensile stress-strain curves of as-printed FeCoNiAlTi compared with as-cast FeCoNi based alloy. (B) HRTEM image showing multiple SFs. BF-STEM images of as-printed FeCoNiAlTi HEA after aging at 780 °C showing (C) high-density dislocations network architectures and (D) sub-grain architectures consisting of L12-type ordered multicomponent nanoprecipitate and FCC disordered multicomponent matrix phase[89]. SF: stacking faults; OMCNP: L12-type ordered multicomponent nano-precipitate; DOMCM: FCC disordered multicomponent matrix; HDDs: high-density dislocations.