Abstract
Abstract In recent years Super-alloys have gained popularity in all sectors due to its potentiality to withstand the High Temperature about 1800˚F(980˚C)without deformation. Whereas the high temperature applications of super-alloys are extensively improved in the components of aircraft, automotive, petroleum equipments and nuclear plant. Super-alloys have enormous characteristics of excellent mechanical strength, resistance to corrosion, resistance to thermal creep deformation and good surface stability. Machining of High temperature super alloys is extremely difficult in conventional machining due to its high hardness and tool wear rate. WEDM(Wire Electrical Discharge machining) is a specialized thermal machining technique. They are capable of accurately machining the components irrespective of their hardness and complex shapes. Moreover, many researchers work in the process of WEDM and there is a need of more Research contributions in High Temperature alloys. This paper reviews the machining of super-alloys in high temperature applications, Material Removal rate, Surface roughness, Summary of literature and indicating the future research works.
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