Nanoparticles, at the convergence of science and technology, have rapidly evolved and
continue to revolutionize numerous fields. Research areas that make use of contemporary …

In recent years, the auto industry has experienced significant advancements, making
research and development (R&D) of vehicle materials increasingly vital. Aluminum matrix …

In the present research, it is reported that ball milling technique can be applied to enhance
the photocatalytic properties of MnO and ZrO 2 metal oxide powders (MZOx) furthermore the …

Abstract In this study, SiCp-SiO 2/6061Al composites were synthesized by integrating SiC
and SiO 2 particulates into a 6061Al matrix, followed by ball milling and hot isostatic …

Carbon nanotubes (CNTs) reinforced aluminum matrix composites (AMCs) have light weight
and high specific strength, showing great potentials for making key structural components in …

In this study, unprocessed raw Al, Cu, Mg powders, and SiC particles were mixed and
subjected to high-energy ball milling (HEBM) to mitigate the negative effects of the oxide film …

The paper illustrates the effect of 0.2–0.7 T magnetic fields on aluminum alloy creep. The
creep of the alloy, following its preliminary holding in a constant magnetic field, was found to …

Light, porous, and highly absorbent organic materials have emerged as new renewable and
sustainable development materials for electromagnetic wave absorber materials. This study …

Metal-bonded magnetic composites (MBMCs) present a promising alternative to dense
sintered magnets, particularly for intricate components. Compared to polymer-based bonded …

Aluminum matrix composites hold promise for creating lightweight structural components
with multifunctional properties. Nonetheless, achieving desired magnetic or electrical …