In this study, three porous NiTi scaffolds with the same porosity but different pore sizes (900,
835, and 618 μm) were fabricated via selective laser melting (SLM). The microstructure …

Additive manufacturing (AM) of composition-sensitive NiTi shape memory alloys (SMAs) is
hindered by uncontrollable non-equilibrium microstructures, leading to functional …

ABSTRACT A hierarchical microstructure was obtained, including the unique interlaced dual-
phase structure, the solidified molten pool, the coarse columnar B2 grains and fine equiaxed …

Micro-porous copper foam with open cell structure and acceptable mechanical behavior
charts a path for developing the supreme chips and integrated circuit due to its large surface …

Selective laser melting (SLM) additive manufacturing technology was applied to synthesize
NiTi-based composites via using ball-milled Ti, Ni, and TiC mixed powder. By transmission …

In this study, we fabricated the TiC nanoparticles decorated NiTi-based superelastic
composites via laser powder bed fusion (LPBF) technology. Different from reactionlessness …

The main characteristic feature of Cu-based high-temperature shape memory alloys (SMAs)
such as Cu-Al-Ni alloys is their high transformation temperatures that enable their …

The failure of the NiTi alloys due to their low mechanical strength is the major problem
inhibiting their further applications. Adding ceramic reinforcement materials could not only …

In the present study, in-situ TiB whiskers and La 2 O 3 particles showing a network structure
were designed and introduced into Ti–Ni composites. With LaB 6 content increasing, the …

The utilization of alumina particles as reinforcement and their incorporation into NiTi alloys
offers a promising approach to enhance the performance of these materials. This study aims …