Ni-rich NiTi alloys were deposited using the in-situ alloying wire arc additive manufacturing
(WAAM) method, with varying deposition currents from 80 A to 120 A. The effects of …

Recent advances in the manufacture and processing of high purity NiTinol 60 (60 wt% Ni–
40 wt% Ti) has spurred a renewed interest in the use of this alloy for structural and …

Strain glass transition attracts increasing attention in ferroelastic alloys in the context that
martensitic transformation serves as the dominant mechanism for shape memory alloys …

In this work, we proposed a process to improve the functional stability of Ni-rich NiTi alloys,
which combines surface nano-crystallization by means of ultrasonic shot peening and …

NiTi-based alloys subjected to aggressive tribocorrosion working conditions can deteriorate
by the combined action of mechanical and chemical wear. The synergistic interaction under …

Influences of transformation behavior and precipitates on the deformation behavior of Ni-rich
NiTi alloys were thermodynamically and experimentally investigated in present work …

Dislocation-dominated plastic deformation in austenitic NiTi alloys is highly detrimental and
it could be suppressed by precipitation of Ni 4 Ti 3. Additionally, at a certain temperature …

The excellent corrosion resistance of Ti-Ni binary alloy highly depends on the thin passive
films spontaneously formed on the surface. For the Ni-rich 60NiTi, the TiNi 3 phase would …

In this study, we investigated the mechanical behavior of sputter-deposited Ni-rich NiTi thin
films with various chemical compositions. Freestanding thin films were successfully …

Deep understanding the tribocorrosion performance of metal materials used in marine
engineering offers an important guarantee to keep marine facilities run in safety, reliable and …