A critical review of the physical and mechanical properties of NiAl is presented. The physical
properties examined include electronic structure and bonding, crystal structure and phase …

Considerable work has been performed on NiAl over the past three decades, with rapid
growth in research on this intermetallic occurring in the past few years because of recent …

Abrasive wear of NiAl and NiAl with 10, 20, and 40 vol.% TiB2 has been investigated using
particles of different types and sizes. The addition of TiB2 as a particulate reinforcement to …

Intermetallic matrix composites are a new class of engineering materials for high
temperature structural applications in oxidizing and aggressive environments. Attempts have …

An attempt has been made to improve the high temperature mechanical strength of the B2
cubic crystal structure intermetallic NiAl by dispersion strengthening. Prealloyed Ni–51 …

Se] ected intermetallic materials have undergone anevolutionary process whereby someof
them could provide major payoffs in aerospace systems. The maturation of intermetallic …

In present paper, the NiAl intermetallic was used as a matrix for elaboration of new
composite coatings with hard additives like CrB 2 and ZrB 2 borides. The composite …

The properties of plasma-sprayed composite coatings depend to a large extent on the
homogenization of the powders used for their deposition. In order to investigate this relation …

The development of composite materials (CM) in the systems “metal-refractory compound” is
one of the up-to-date trends in design of novel materials aimed at operating under the …

The intermetallic compound, NiAl, has many attractive properties as a high temperature
structural material. However, its lack of creep resistance prevents practical applications …