ABSTRACT
The carbide-free bainitic (CFB) on high-silicon steel is a much-needed demand for various engineering and industrial applications. This has steered a need for materials that not only possess better strengths but also are ductile. A trait of the solution to this problem was observed in CFB on high-silicon steel. Silicon avoids the precipitation of carbide. The wear rate of this material has been evaluated thoroughly for its use and application. This review chapter thoroughly highlights the current trends of the wear of CFB on high-silicon steel and the working parameters. Finally, the whole effort sets the prominent outcomes from preceding research, and it proposes further areas in which there is a need to dig to more to find the optimum results.
