ABSTRACTs The need for fully dense material with well-engineered microstructures has led
to the promising emergence of innovative sintering technologies among which the Spark …

Carrying out molecular dynamics simulation, we have probed the final microstructure of
sintered Cu-Ni nanopowders to introduce a route for finding out the optimal process …

The versatility of titanium (Ti) allows it to be employed in various industries, from aerospace
engineering to medical technology, highlighting its significance in modern manufacturing …

This study was conducted to evaluate the microstructure evolution of the blended elemental
powder metallurgy Ti 2 AlNb alloy with a 2.0 wt% LaB 6 addition and the effects of LaB 6 …

Commercially pure (CP) gas-atomized titanium powder was processed by wet cryogenic
milling in liquid argon and compacted by spark plasma sintering. The time-dependent …

While titanium (Ti) alloys offer significant advantages, such as high strength and corrosion
resistance, their widespread utilization in various engineering sectors is hindered by their …

Spark plasma sintering (SPS) is a promising method for producing titanium components
from powder but a limitation is that high sintering temperatures (> 900° C) are normally …

A series of Ti–30Zr alloys have been synthesized by the spark plasma sintering (SPS)
process using a mixture of elemental powders processed by mechanical alloying. A …

The effect of densification rate on hot consolidation behaviour by pulse electric current
sintering (PECS) of AlN-Cu core-shell composite powders (≈ 13 vol% Cu) is investigated …

TiAl alloy has become a key element in aerospace and automotive engine development due
to its favorable high temperature mechanical properties and low density. In this paper, high …