Abstract Three groups of Ti–6Al–4V specimens were printed on an industrial laser powder
bed fusion system using three volumetric energy densities (47, 38 and 30 J/mm 3), called …

Additively manufactured Ti6Al4V parts have only seen major application in industries such
as the aerospace and medical industries, mainly due to the high cost of production of the …

The light metal titanium alloys find extensive usage is in industries where weight is a
significant factor. Research in friction stir welding (FSW) aimed at producing strong joints …

Laser-assisted gas nitriding of selective Ti-6Al-4 V surfaces has been achieved during laser
powder bed fusion fabrication by exchanging the argon build gas environment with nitrogen …

In the present study, a porous Ti layer was deposited on the surface of a Co–Cr alloy using
the directed energy deposition process, and the effects of the laser power and scan speed …

In situ boride reinforced Ti2AlNb-based composites are a new type of lightweight material
that has excellent high-temperature performance exceeding that of Ti-based composites …

The near-β transus drawing was discovered to be a candidate process for obtaining the
deformed bi-modal structure of Ti6Al4V alloys appropriate for ultrasonic scalpel in this study …

This paper reports the dynamic elastic constants of laser powder bed fusion additively
manufactured Ti6Al4V alloy by recently developed effective bulk modulus elastography …

This study investigated the print homogeneity of Ti-6Al-4 V alloy parts, when printed over a
large build area of 250× 250× 170 mm3, using a production scale laser powder bed additive …

The volume fraction of the primary α phase affects the mechanical and processing properties
of the dual-phase titanium alloy, its online detection is necessary and important for product …