Nanocrystalline (NC) materials have fascinating physical and chemical properties, thereby
they exhibit great prospects in academic and industrial fields. Highly efficient approaches for …

This work provides a promising approach to achieve the uniform distribution of TiCN
nanoparticles (NPs) in aluminum matrix via a combination of ultrasonic dispersion and fast …

The amorphization of alloys is of both broad scientific interests and engineering significance.
Despite considered as an efficient strategy to regulate and even achieve record-breaking …

Particle agglomeration poses the principal challenge in the solidification of particulate-
reinforced metal matrix composites (MMNCs). Here, we present an approach aimed at …

Cooling, nucleation, and phase growth are ubiquitous processes in nature. Effective control
of nucleation and phase growth is of significance to yield refined microstructures with …

Metal-matrix nanocomposites (MMNCs) have great potential for a wide range of
applications. To provide high performance, effective nanoparticle (NP) dispersion in the …

Traditional powder consolidation methods for fabricating metallic matrix composites often
require high temperatures, high pressures, and substantial energy consumption. Therefore …

Intermetallic compounds continually draw attention of materials scientist because of a
potentially very attractive set of physical, chemical and mechanical properties. Among the …

An Ultrasonic Powder Consolidation is an additive manufacturing technique that utilizes
high-frequency vibrations to consolidate micro/nano powder materials to fully dense and …

Inherent thermal and mechanical instability of nanograined materials bottlenecks their
processing and technological applications. In addition to the traditional stabilization strategy …