A Systemic review of the influence of eco-friendly particles on hybrid composites synthesized via stir casting technique

Abstract

The new generation of hybrid aluminum matrix composite was targeted to meet the yearnings of advanced engineering application which it does through improved physical, mechanical, tribological, and microstructural properties. The performance of this composite depends on the reinforcing materials selected and combined, the processing technique adopted in synthesizing the hybrid composites and processing parameters selected during the composite synthesis. This study tends to review different types of eco-friendly materials combined with synthetic materials to synthesize this new generation of hybrid composites. Perhaps, their influence on the physical, mechanical, tribological, and microstructural behavior of the synthesized composites through stir casting technique. Furthermore, research areas which could further enhanced hybrid aluminum matrix composites production with suggested enhancement were looked into for future application in engineering sector.