AA7068 is classified as high strength aluminum alloy and is primarily utilized in wrought
conditions which can be achieved with hot deformation. The process of hot deformation is a …

Two titanium aluminide (TiAl) based compositions with different niobium (Nb) contents,
namely Ti–45Al–5Nb-0.2 B-0.2 C and Ti–45Al–10Nb-0.2 B-0.2 C, have been investigated …

The deformation mechanisms associated with uniaxial tensile testing are studied by
conducting tensile experiments of an FeCrAl alloy using scanning electron microscopy …

In the present work, Al3Zr/Al composite was fabricated through the in situ route. The
fabricated composite was isothermally forged in the temperature and deformation rate range …

The effect of niobium (Nb) content in titanium aluminide (TiAl) with the composition Ti–45Al–
(5, 10) Nb–0.2 B–0.2 C manifests in terms of change in the sequence of phase evolution …

The intermetallic stability, structural, and elastic properties of the B2 and the O intermetallic
of Ti 2 AlNb intermetallic doped with IVB, VB, and VIB elements of the periodic table are …

The mechanical behavior of a cast CuMnNiFeCo high entropy alloy, with larger grains and
0.5%(by volume) of micro-porosities, was investigated at room temperature under a …

The formation of shear bands during hot deformation of a two-phase (α2+ γ) titanium
aluminide and its consequences on dynamics softening has been investigated. The starting …

The ternary titanium aluminide based alloys have been lucrative for high-temperature
applications in next-generation aerospace vehicles. Present work systematically …

Understanding the underlying constitutional mechanisms for the stability of complex phases
and comprehending it is crucial to find new materials with desired mechanical and physical …