The sintering densification behaviors of titanium hydride are investigated at different
compaction pressures, compared with pure titanium. The results show that the shrinkage …

Titanium has widely been used in chemical and aerospace industries. In order to overcome
the drawbacks of cold compaction of titanium, the process was assisted by an ultrasonic …

A Cu–15Fe alloy was fabricated using a powder metallurgy (PM) route, with the addition of
different solid lubricants (ie, paraffin wax (PW) and stearic acid (SA) as well as their …

The present work demonstrates the feasibility of preparing bulk-Ti, with high strength and
good ductility, via spark plasma sintering of TiH 2 powders. The microstructure and …

ABSTRACT The low-cost Ti-1Al-8V-5Fe (Ti-185) alloy with a high strength is prepared by
cold-compaction-and-sintering powder metallurgy process with low-cost titanium hydride …

Unsaturated titanium hydride (TiHX) powder has high formability and is a promising raw
material for titanium-based powder metallurgy. In this work, TiH2, TiHX, and HDH Ti …

The objective of the present project was to determine the effects of powder granulation
(fraction of grain size) for the Ti-13Nb-13Zr alloy, produced by powder metallurgy, on its …

The suitability of compaction equations commonly used in PM was investigated for the
modelling of TiH2 powder compaction. Compressibility data of TiH2 powder fractions (< 45,< …

In this study, the commercially pure aluminum powder was compacted by single-action and
floating dies at room temperature. The effect of compaction method on densification was …

EffEct of ParticlE SizE, lubricant, and HEat tEmPEraturE on tHE flowability of ni-baSEd
PowdErS for additivE manufacturing gas-atomized ni-based powder tends to agglomerate …