In recent years, the Ti 2 AlNb-based alloys are selected as potential alloys for elevated
temperature applications to replace conventional Ni-based superalloys owing to their good …

Ti 2 AlNb alloys are potential next-generation aerospace materials due to their lightweight
and high-temperature strength and oxidation resistance properties. Heat treatment of this …

To realize near net-shaping of hard-to-process intermetallics is an often challenging but
critical issue to their wider industrial applications. In this work, we report that an intermetallic …

Abstract The Ti–22Al–25Nb alloy, which possesses a complex microstructure, is a new type
of lightweight high-temperature structural material. Revealing the effects of microstructure …

In this work, quasi-in situ tensile unloading and electron backscatter diffraction (EBSD)-
based slip trace analysis were applied to study the room-temperature deformation behaviour …

Phase transformation and microstructure evolution of a Ti 2 AlNb alloy upon cooling from
B2/β phase at rates of 0.02–100° C/s were investigated by using X-ray diffractometer …

Ti2AlNb intermetallics are promising next-generation aerospace materials. Advancement in
non-conventional manufacturing methods has made the fabrication of these intermetallics …

PF-LD is an advanced printing technique which introduces point-forging (PF) into the
process of conventional laser-deposition (LD). Ti–22Al–25Nb intermetallic fabricated by PF …

The present work investigates the change in the microstructure and the improvement in the
microhardness in the Mo-modified Ti 2 AlNb alloys induced by solution treatment. Typical …

This study deals with the fabrication of a fine-grained Ti− 22Al− 25Nb alloy from elemental
powders by mechanical alloying (MA) and subsequent spark plasma sintering (SPS). The …