Titanium alloys based on orthorhombic titanium aluminide Ti2AlNb are promising refractory
materials for aircraft engine parts in the operating temperature range from 600–700° C. Parts …

Wire-based in-situ additive manufacturing technology realizes the integration of material
preparation and part manufacturing with high deposition efficiency and material utilization …

Abstract The Ti2AlNb alloy is a refractory material with the potential to replace Ni-based
alloys in the manufacturing process of aerospace engines. However, the development of this …

In this research, two Ti 2 AlNb based alloys were investigated to reveal the effect of Al
content on fracture toughness, and the fracture mechanism of both alloys was discussed …

Thanks to its excellent high-temperature performance and moderate density, Ti 2 AlNb-
based alloy is considered to be a new generation of high-temperature structural material in …

As a challenging but promising technology, wire-based in-situ additive manufacturing shows
great advantages in material preparation and part manufacturing integration. However …

Employing multi-dimensional ultrasonic vibration machining (MDUVM), Ti 2 AlNb
intermetallic compounds were processed to generate highly consistent and uniformly …

The poor formability and high-temperature oxidation resistance of Ti 2 AlNb-based
intermetallics (for example, Ti–22Al–25Nb at.%, nominal composition) are considered to be …

Abstract The Ti 2 AlNb alloy exhibits characteristics such as remarkable specific strength
and resistance to high-temperature oxidation. Parts fabricated from Ti 2 AlNb can …

Revealing the anisotropy mechanism of Ti-22Al-25Nb alloy isothermally forged in B2 phase
region is of great significance for promoting its application in aeroengines. In this research …