Primary creep at low homologous temperatures and low stresses has been widely reported
in α/β Ti alloys. Creep in these alloys is dependent on microstructure, with the colony …

Hydrogen pick-up leading to hydride formation is often observed in commercially pure Ti
(CP-Ti) and Ti-based alloys prepared for microscopic observation by conventional methods …

An oxygen-rich face-centred cubic (FCC) Ti phase was engineered in the microstructure of a
Ti-6Al-4V alloy via additive manufacturing using laser powder bed fusion. Designated'C', this …

Additive manufacturing (AM) of metals is rapidly emerging as an established manufacturing
process for metal components. Unlike traditional metals fabrication processes, metals …

A new computer program for on-line crystallographic analysis in transmission electron
microscopy (TEM) is presented. The program is based on the fast on-line determination of …

The crystallography of α (hcp) precipitates formed on the β (bcc) matrix grain boundaries has
been studied with transmission electron microscopy (TEM) in a Ti-15V-3Cr-3Sn-3Al alloy …

Interphase boundary structure on the board faces of proeutectoid α plates in a retained β
matrix has been studied in a Ti-6.62 at.% Cr alloy by means of conventional and high …

Hydrogen uptake in titanium alloys leads to the formation of hydride phases, which in-turn
cause severe embrittlement upon further deformation. The embrittlement micro-mechanisms …

Pure Ti traditionally exhibits the hexagonal closed packed (HCP) crystallographic structure
under ambient conditions and the body centered cubic (BCC) structure at elevated …

By in situ TEM deformation experiments, we studied in detail the deformation
micromechanisms of a Ti–6Al–4V alloy at room temperature. All dislocations have an a-type …