The article considers one of the combined methods of severe plastic deformation (SPD),
which includes twist extrusion (TE) and subsequent rolling. The use of combined forming …

The qualitative and quantitative behaviour of titanium Ti40 during tensile deformation was
investigated along with the effect of deformation and twins on the subsequent …

The aim of the present study was to examine the potential of hydrostatic extrusion for the
fabrication of high‐strength materials for medical applications. The materials examined were …

This study determines the effect of grain size on the mechanical properties and the
deformability of titanium bar in a direct extrusion process. The specimen of commercially …

The microstructure developed along the extrusion path of a Ti-A50 billet partially extruded
(reduction ratio 4: 1 and 50° die angle) under hydrostatic pressure at room temperature was …

The basic technology for producing large volumes of bulk nanocrystalline metals is based
on the Severe Plastic Deformation (SPD) methods, which enable refining the structure from …

The aim of this study was to investigate the homogeneity of the bulk nanocrystalline titanium
rods obtained by Hydrostatic Extrusion (HE). The investigated material was commercially …

The qualitative and quantitative behavior of titanium T40 during tensile loading with a
special emphasis on the presence of deformation twins in the observed microstructures is …

The laws of the influence of plastic strain accumulated in titanium VT1-0 in the process of
helical extrusion on its plasticity are studied. The values of total and uniform elongation and …

Microstructure and texture evolution of commercial pure titanium were investigated by
electron backscattered diffraction (EBSD) after compression tests at elevated temperatures …