Conventional and 3D Printing Technology for the Manufacturing of Metal-Matrix Composite

Abstract

3D printing has emerged as the ray of hope in the manufacturing of distinct metal matrix composites (MMCs). It provides processing a route to manufacture for complicated and overhang structures made mostly from powder materials. In addition, 3D printing offers several benefits such as mass customization, waste minimization, no need for skilled craftsman, has design flexibility, and the ability to create more complicated shapes that are difficult to manufacture by using conventional methods. At present distinct 3D printing techniques are used to fabricate different MMCs. This technology builds up components by adding material layer by layer and provides better surface finish, dimensional accuracy, and superior mechanical properties. Currently, 3D printing is attaining considerable attention in the manufacturing of novel materials. However, very few studies on the manufacturing of MMCs using 3D printing are available. Hence, the aim of this chapter is to review the most recent developments to manufacture the MMCs parts by utilizing distinct 3D printing techniques. Further, future scope and challenges of fabrication of metal matrix composite using 3D printing are also discussed.