Coarse-grained commercially pure (CP) Titanium is subjected to hydrostatic extrusion
resulting in the formation of ultrafine lamellar-type microstructure having very strong fiber …

Commercially pure titanium was subjected to hydrostatic extrusion resulting in formation of
an ultra-fine grained microstructure with a strong α-fiber texture and significant improvement …

The effect of hydrostatic extrusion on the structure and mechanical properties of
commercially pure titanium was investigated at 20° C, 350° C, and 450° C, up to the true …

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 …

Microhardness homogeneity was assessed on commercial pure titanium processed by
equal channel angular extrusion (ECAE). The operation was performed with die channel …

The mechanical properties of titanium Grade 2 subjected to the hydrostatic extrusion
technique (HE) were investigated. The hydrostatic extrusion technique is a method which …

Titanium was subjected to hydrostatic extrusion, a method of producing Severe Plastic
Deformation (SPD). The experiments were aimed at refining the microstructure of the …

The present work investigates the mechanical properties of commercial purity (grade 2)
titanium after severe plastic deformation followed by conventional cold rolling. Ti billets were …

Ultrafine grained titanium has unique mechanical properties and attracts tremendous
interest due to its scientific and technological application. Shear localization is frequently …

The mechanical behavior and microstructure characteristics of pure titanium with hat-shaped
specimens compressed under quasi-static and dynamic loading were investigated. Results …