Intermetallic titanium aluminide alloys based on the ordered face-centred tetragonal γ (TiAl)-
phase represent a good example how fundamental and applied research along with …

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

Unique in its approach, this introduction to the physics of creep concentrates on the physical
principles underlying observed phenomena. As such it provides a resource for graduate …

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 …

Owing to its outstanding mechanical properties, γ-TiAl is desirable materials for cross-
generation aero-engines. Nearly 70 years of exploration have made it into the initial …

The mechanical behavior of binary TiAl alloys containing 46 to 60 at. pct Al has been studied
in bulk materials prepared via rapid solidification processing. Bending and tensile tests were …

First-principles total-energy calculations of the elastic constants and shear fault energies of
TiAl are presented. We find a large elastic-shear anisotropy along the [011] direction, and …

A review is given of research into the measurement of crystal structure-factor amplitudes and
phases by transmission electron diffraction. Accuracies for amplitudes are commonly a …

Room-temperature deformation structures in Ti-rich TiAl polysynthetically twinned crystals,
which contain only a single grain with the two-phase TiAl/Ti3Al lamellar structure, have been …

Mechanical tests on a polycrystalline γ Ti47A151, Mn2 alloy between‐150 and 1000° C and
subsequent microstructure analysis clearly distinguish between three temperature domains …