A REVIEW PAPER ON RESPONSE SURFACE METHOD ANALYSIS OF COMPOSITE MATERIAL

This papere valuates the Various optimization techniques have been proposed in metal cutting process for determining the optimum process design. Generally, the process design parameters in metal cutting processes are relatively few such as cutting speed, feed rate and depth of cut i.e. Independent parameters; however, their optimization remains a challenge due to several other factors related to processing conditions and shape complexities like Surface Roughness, MRR which are Dependent Parameters. In this project we introduced a new material through research which can decrease production development cost and time and also accelerate the process of product development. Composite materials are light in weight and have a good strength which make the system reliable and robust. Composite material providing insight in system problem underlying physics and model weakness and also opening up new research fields and technologies which will create new growth opportunities. The proposed research work aims to investigate mechanical properties and machining parameter in turning of composite material. Optimum machining parameters are of great concern in manufacturing environments. The main objective of this research work is to optimize surface roughness of composite material specifically in turning process by changing parameter such as depth of cut, cutting speed and feed rate and also predict the mechanical properties of composite material. The RSM optimization is needed in industry to increase the production rate by minimizing the surface roughness of the specimens.