Published Paper Details:

Carbon Fibre Reinforced Polymer (CFRP) composites have inflation and replacing conventional materials with their excellent strength and low specific weight properties. These materials are desirable choices in engineering applications. CFRP is worn as structural materials in various industries due to cutting force essential over machining a polymeric material is lower than that of conventional materials. Hence, the flexibility of machining is to be tested in order to reduce the machining time and cost. The previous conventional and unconventional machining studies suggested that input process parameters and cutting forces have a great influence on the machined surface quality of CFRP composites. In this analysis, a research survey was addressed the surface failure mechanisms, machined surface topography and machinability of CFRP composite materials. Moreover, this literature study has focussed on different statistical techniques used to achieve better-machined surface integrity. The initiation and propagation of machining composite failure occurred due to not only manufacturing characteristics, but also influenced by machining conditions.