Room temperature tensile ductility is an important property of titanium (Ti) and titanium
alloys for structural applications. This article reviews the dependency of tensile ductility on …

Commercially pure titanium, as a widely used metallic biomaterial, was fabricated using
dissimilar additive manufacturing (AM) methods, namely selective laser melting (SLM), laser …

Laser powder bed fusion (L-PBF) is a dominant process in the fast-emerging additive
manufacturing (AM) industry. Despite the many advantages that can be gained by adopting …

Powder metallurgy, and in particular the blending elemental approach, is a recognised way
to reduce the processing cost of titanium-based materials for their wider industrial uptake …

The concurrent addition of Al as α stabiliser and Nb and Cu or Mn as β stabilisers was used
to design new powder metallurgy quaternary Ti alloys and investigate their manufacturability …

Cu-bearing Ti alloys could be used as structural biomedical materials where the releasing of
Cu ions is beneficial to lower infection incidences associated with surgical implants. The …

High-frequency induction heating is applied as an alternative heating source for
pressureless sintering of commercially pure Ti powders, aiming to intensify the sintering …

The use of TiH2 as initial powder can produce nearly full-density titanium with good
mechanical properties. In this paper, compaction and sintering behaviors of TiH2 and HDH …

Low-cost titanium alloys could find their way into cost-sensitive sectors such as the
automotive bringing significant environmental benefits and potentially leading to the …

More efficient transportation, structural energy storage systems, active sensing, and self-
diagnosis are examples where disruptive materials are necessary for driving technological …