Microstructure evolution in commercial-purity titanium during plane-strain multipass rolling to
a true thickness strain of 2.66 at 77 and 293K was quantified. Deformation at both …

Long-length ultrafine-grained (UFG) Ti rods are produced by equal-channel angular
pressing via the conform scheme (ECAP-C) at 200° C, which is followed by drawing at 200° …

We controlled the twin structure in pure Ti by deforming it at cryogenic temperature (∼ 77 K).
Numerous thin individual twins were formed in the grains, thereby enabling strong twinning …

For this paper, studies of the microstructure as well as the mechanical and biological
properties of bioinert titanium, zirconium, and niobium alloys in their nanostructured (NS) …

With regard to medical applications, the need for producing high-strength titanium-based
materials continues to rise due to the fact that pure titanium is characterized by low …

Commercially pure titanium (CP Ti) has a low yield strength (YS); consequently, its utilization
is limited to industrial applications that do not require high load-bearing capabilities …

The study is concerned with the influence of severe plastic deformation induced in CP Ti
grade 2 by cold hydrostatic extrusion combined with rotary swaging on the process …

Laser-powder bed fusion (L-PBF) is being increasingly employed in the fabrication of
commercially pure titanium (CP-Ti) components for biomedical applications. However, L …

In this study, we examined the microstructure and strength–ductility balance of pure Ti
processed by cryogenic-temperature rolling (CTR) at various rolling reductions (RRs). The …

High-pressure torsion (HPT) is applied to a face-centered cubic CoCrFeMnNi high-entropy
alloy at 293 and 77 K. Processing by HPT at 293 K produced a nanostructure consisted of …