Ti-Ni shape memory alloys have been used in a variety of industries because of their unique
property of shape memory effect, which is an ability to remember their original shape and …

Ni-free Ti-based shape memory alloys, particularly Ti–Nb-based alloys, have attracted
increasing attraction since the early 2000s due to their wide application potentials in …

Recently, elastocaloric cooling has been authoritatively regarded as the most promising
alternative for replacing conventional vapor compression technology, yet obstacles like …

In the present study, the electron concentration, bond order and metallic average d-electron
orbital energy level of Ti-Nb-Hf shape memory alloys were controlled by adjusting the Hf …

Metastable β Ti alloys based on the Ti–Nb system have received increased attention in
recent years due to an attractive range of properties. This includes their ability to undergo …

Surface mechanical attrition treatment (SMAT) was performed on biomedical β-type
TiNbZrFe alloy for 60 min at room temperature to study the effect of surface …

In this study, the deformation behaviour of metastable β-type Ti-33Nb-4Sn alloys in different
thermo-mechanical treatment states is investigated by tensile tests and in situ synchrotron X …

Cold-deformability and mechanical compatibility of the biomedical β-type titanium alloy are
the foremost considerations for their application in stents, because the lower ductility restricts …

In the present work, a Ti–26Nb alloy was elaborated in situ by laser additive manufacturing
(LAM) with Ti and Nb mixed powders. The alloys were annealed at temperatures ranging …

Aim of this work is to gain a comprehensive understanding of the effects of an increasing β-
phase stability of Ti-alloys on the L-PBF processing behavior. For this purpose, seven …