Synthesis Approaches and Traits of Carbon Fibers-Reinforced Metal Matrix-Based Composites

In this chapter, an overview of the advancement and research efforts that have been undertaken on CFR-MMC (carbon-fiber reinforced metal matrix-based composites) during the last several decades is presented. Carbon fiber is widely implemented in the construction sector for rehabilitation and structural repair projects. Although, studies show that carbon fiber-reinforced metal-matrix (CFR-MMC) has a bright future, the use of carbon fibre as a reinforcement in metal matrix is still in its development. The uses, and traits of carbon fiber are discussed in general terms in this study. The various traits such as mechanical, and structural properties of the resultant CFR-MMC, are significantly influenced by the structure and content of the carbon fibre as well as its bonding to the MM (Metal matrix). The effect on the various traits of MMCs by CFs (Carbon fibers) was investigated. In addition, a detailed study on the various synthesis approaches for the preparation of CFR-MMC has been taken into practice in this book chapter.

Keywords: Composite, Carbon fibers, Cellicious precursor, Diffusion bonding, Fiber reinforcement, Ion platting, Mechanical properties, Melt stirring, Metal matrix composite precursors, Powder metallurgy, PAN precursor, Pitch precursor, Plasma spraying, Reinforcement, Synthesis approaches, Squeeze casting, Structural properties, Scanning electron microscopy, Tow.