Experimental Exploration on Surface Roughness in Abrasive Water Jet machining using Response Surface Methodology

Abstract

Abstract This paper presents research work involved in AWJ machining of AZ91 mg alloy material. AWJ critical has been confirmed to be an operative technology for processing numerous engineering materials. Surface abnormality of machined quantities is single and the most significant machining appearances that play an significant role in responsible the quality of machineries. Procedure parameters namely, traverse speed, water density and stand-off distances are measured in the current study. The properties of these parameters on surface quality have been studied based on the investigational results. Extreme pressure and lowest stand-off distance cause falling down in the surface quality in AZ91 magnesium alloy.