Abstract

In recent days, the modified material and composite is playing an indispensable part in advanced manufacturing industries. The entire material properties are being varied with the addition of other materials and reinforcement particles to the base alloy. Tin composite is fabricated by stir casting technique and unconventional machinability behaviors under different input constrain has been investigated. Copper and silicon carbide (SiC) is the major role in Tin composite. Material synthesis, characterization and machinability analysis are conducted in the synthesized composite. The laser machining (LM) and electro chemical machining (ECM) is used to analysis the machinability behaviors. The maximum metal removal for laser machining is achieved by the input constrains level of 5 m/min of cutting speed, 400 W of laser power and 10 bar of gas pressure. The optimal metal removal for ECM is attained voltage of 10 V, flow rate of 20LPM and pressure of 5 bar.