It has been demonstrated that severe plastic deformation (SPD) can be used to consolidate
particles of a wide range of sizes from nano to micro into fully dense bulk material with good …

In this study, a rapidly solidified aluminum alloy was compared with beryllium copper and
6061 aluminum alloys in terms of their wear rates, hardness and performance as mold insert …

In recent years researches on properties of nanocrystalline materials in comparison with
coarse-grained materials has attracted a great deal of attention. The present investigation …

Significant amount of Ti-5553 alloy (a near-beta titanium alloy) swarf is produced during the
daily operation of manufacturing high strength titanium alloy components used in industry …

The present investigation has been based on production and subsequent comparison of
different physical, mechanical and thermal properties of nanostructured Ti6Al4V and …

In this study, the mechanical disc milling was applied to the production of Ti6Al4V powders
from the recycling titanium alloy machining scraps. The present study covers the effects of …

Abstract Ti–6Al–4V alloys were successfully fabricated by directly hot processing of the alloy
swarf materials (having a size of 3 mm and 15 mm). The microstructure and mechanical …

This paper describes the application of the full factorial experimental design technique to
confirm the significance of the factors affecting the wear behavior of a recycled Ti-5Al-3V-2.5 …

Porous grey cast iron powder metallurgy parts were made from grey cast iron powder
manufactured via target jet milling of machining scraps. The powders were used in the as …

This study investigated the microstructure and mechanical properties of the recycled Ti6Al4V
alloy produced using the waste chips vacuum arc melting (VAM) process. The waste chips …