The literature dealing with creep of near γ-TiAl alloys is reviewed, including single and
multiphase compositions. The characteristics of creep in the primary or transient, minimum …

The present paper deals with the mechanism operating in one of the three major
transformation modes appearing in two-phase TiAl-based alloys: the formation of the so …

Among the high temperature materials γ+ α 2 Ti aluminide is the most promising material,
which has unique characteristics of low density coupled with high temperature properties …

The phase equilibria and solid state phase transformations observed in Ti Al alloys
between 40 and 50 at.% Al are reported. It is shown that the three-phase invariant between …

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 …

The formation mechanism of banded microstructures of an electron beam melted
engineering intermetallic Ti–48Al–2Cr–2Nb alloy, the solidification behavior, and the heat …

Manganese-aluminum alloys in the vicinity of the equiatomic composition exhibit an
attractive combination of magnetic properties for technological applications, including bulk …

This paper is directed towards examination of the mechanisms involved in two of the three
major transformation modes appearing in two-phase TiAl-based alloys: discontinuous …

The influence of alloy composition on the solid-state transformations which occur during
continuous cooling of TiAl-based alloys has been studied with the aim of defining the alloy …

The variation in cooling rates of Ti–46.8 Al–1.7 Cr–1.8 Nb (at.%) alloy from the high-
temperature α domain produces lamellar, Widmanstätten, feathery-like (α2+ γ) structures, as …