Achieving excellent strength-ductility balance in commercial titanium alloys has been
recognized as a challenging task. In this study, we designed a heterogeneous equiaxed …

The effects of an addition of 4 wt pct V on the mechanical properties and microstructure of a
Ti–4Al–3Cu–2Fe (wt pct) alloy manufactured by extrusion of compacts of TiH2/Al/Cu/Fe …

Compositional boundaries of activity regarding transformation-induced plasticity and
mechanical twinning (TRIP/TWIP) in Ti-Nb alloying system is determined by a novel …

A gas atomised Ti-6Al-4V powder, classified as out-of-specification for additive
manufacturing (AM), was consolidated via Field-Assisted Sintering Technology (FAST). Fully …

The field-Assisted sintering technique (FAST), also known as spark plasma sintering, is a
fast consolidation powder metallurgy technique for conductive and non-conductive …

Blended element powder metallurgy (BEPM) is a cost-effective method to produce titanium
components. However, the high porosity of BEPM titanium alloys is still a great problem to …

This review summarizes and critically discusses the current knowledge on the
microstructures and tensile properties of metastable β Ti alloys fabricated by selective laser …

Metastable β titanium alloys like Ti-5Al-5Mo-5V-3Cr (Ti-5553) are highly valued in the
aerospace industry due to exceptional specific strength and fatigue crack growth resistance …