We present a brief review and perspective on the development of eutectic alloys,
emphasizing the emergence of complex microstructures during eutectic solidification of …

The development of metals tailored to the metallurgical conditions of laser-based additive
manufacturing is crucial to advance the maturity of these materials for their use in structural …

Ultrafine grained Ti-based composites with equiaxed microstructure were fabricated by
sintering and crystallizing from glassy powder precursors. The optimized composites exhibit …

Developments of aluminum alloys that can retain strength at and above 250° C present a
significant challenge. In this paper we report an ultrafine scale Al–Fe–Ni eutectic alloy with …

In this study, the influence of thermal processing on phase transformation and
microstructural evolution of Ti 80 (CoFeNi) 20 ultrafine eutectic composites was investigated …

High-performance titanium alloys with an equiaxed composite microstructure were achieved
by sintering and crystallizing amorphous powder. By introducing a second phase in a β-Ti …

As well as the most of other 3d late transition metals Fe is a good β-Ti stabilizer, has a large
solid solubility in β-Ti and owing to the atomic size difference with Ti can enable significant …

The microstructural evolution, mechanical properties, and deformation behavior of Ti 80 Cr
20− x (CoFeNi) x (x= 0, 3, 6, 9, 12, 15, 17, 20 at%) alloys have been investigated with an aim …

A new class of Al-base multi-phase ultrafine composites with multi-scale microstructure,
which exhibits high strength and large compressive plasticity at ambient temperature, has …

Micrometer-sized γ− Ni dendrite reinforced nanoeutectic matrix composites have been
developed in (Ni 0.92 Zr 0.08) 100–x Al x (0≤ x≤ 4) by arc melting. The eutectic matrix is …