Titanium and magnesium elemental powders were processed by mechanical alloying to
synthesize the nominal Ti x Mg (100− x)(x= 100, 75, 50, 25 and 0 at.%) compositions. As a …

The effect of Ni and Cu on the α→ β phase transformation temperature, possible retention of
the β-phase, and mechanical properties of Ti, Ti–13Cu, Ti–4.5 Ni and Ti–13Cu–4.5 Ni …

The working atmosphere greatly affects the melting and solidification processes in
powderbased additive manufacturing. In this work, pure tungsten components were …

Abstract The Al–Al 3 Ni–Sn composite was developed using a powder compassion and
sintering metallurgical processing route. Microstructures of the sintered samples revealed …

In this study, a method to prepare water-resisting mortars by incorporating hydrophobic
incineration ashes is reported. Bottom ash is the by-products of municipal solid waste …

Abstract The γ-Ti-45Al-2Nb-0.7 Cr-0.3 Si based intermetallic alloy was developed.
Microstructure evolution of the as-cast and heat-treated alloy yielded the spheriodised and …

In the present study, Ti-24Nb-4Zr-3Mn alloys were prepared by mechanical alloying and
spark plasma sintering. With the increase of milling time, the particle size of alloy powder …

Ultrafine‐grained microstructure and face center cubic (FCC) phase are produced in the
pure titanium foils through asymmetrical rolling (ASR) to explore the mechanical properties …

High compressive strength composite materials based on commercially pure titanium were
synthesized from Ti Cp grade 2 powders processed by high-energy ball milling using n …

Abstract Herein, Ti–Nb–Zr–Mn alloys were prepared by ball milling and spark plasma
sintering. The effect of residual carbon on the microstructure, phase composition, and …