During the past decade considerable research efforts have been directed towards achieving
balanced engineering properties of two-phase γ-titanium aluminide alloys for future …

During the last two years remarkable improvements have been made in the properties (such
as toughness and creep) and processing technology of gamma titanium aluminides, making …

Two-phase titanium aluminide alloys are being considered as light-weight materials to
replace nickel-base superalloys for some high temperature applications in energy …

In recent years, much effort has been put into the investigation of deformation of intermetallic
compounds, in particular, those with potential as new classes of high-temperature structural …

Attractive elevated-temperature properties and low density make the titanium aluminides
very interesting for both engine and airframe applications, particularly in the aerospace …

The deformation behaviour of two-phase (α 2+ γ) titanium aluminide alloys with a lamellar
microstructure was investigated by conventional and high resolution electron microscopy …

More than 5 years ago, wrought processing was first used to produce fully lamellar (FL)
microstructures in TiAl alloys having grain sizes less than≈ 400 µ m. These alloys exhibit an …

Polysynthetic twinned (PST) TiAl single crystal specifically refers to a fully lamellar TiAl
single crystal with parallel phase interfaces and twin interfaces grown by directional …

New Y-modified TiAl-based alloys, with nominal chemical compositions of Ti–46.6 Al–1.4
Mn–2Mo–0.3 C–xY (x= 0.1, 0.33 and 0.6), were developed with the elemental powder …

Physical properties that are relevant to mechanical behavior of single-phase TiAl and Ti 3 Al
and two-phase TiAl/Ti 3 Al alloys are summarized. By using planar-fault energies and …