Optimization of deep drawing process parameters for cylindrical cup

Abstract

Abstract This paper is one of the most utilized Metal Forming Process inside the modern field. Distinctive diagnostic, numerical and experimental techniques have been created so as to dissect it. The target of this examination is to decide the variables affecting an illustration procedure and investigating the procedure by fluctuating the Die span, clear thickness, connected power and keeping the Friction as steady. In this paper Punches, clear thickness of same geometry and passes on of different geometries were drawn by utilizing CATIA programming. What's more, an exertion is made to consider the reenactment impact of principle process variation in particular kick the bucket span utilizing limited component investigation. As the FEM code, the financially accessible programming is utilized here. Aluminum composite 6061 is utilized for profound illustration. At long last exhibits an examination of the impact of bite the dust draw sweep, sheet thickness and connected power on the variety in distortion of a profound drawn cup utilizing limited component reproductions. The variety in punch power is limited via doing investigation of difference (ANOVA) for individual components and their cooperations. In this work, the mix of limited component technique and Taguchi plan of investigations and ANOVA has been connected to break down the affecting procedure parameters on Deep illustration for tube shaped cup segment.