A Review on Optimization of Process Parameter in In the machining process, there are some different factors which exert influence on material removal rate (MRR), includiCylindrical Grinding of Austenitic Stainless Steel Rod ( AISI 316 L) by Taguchi Method
In the machining process, there are some different factors which exert influence on material removal rate (MRR), including cutting condition, tool variables, machine speed and work piece variables. In the cylindrical grinding process (CGP), it is difficult to consider all process parameters that device MRR because it needs much experimentation which results in the consumption of money, time and human resources. Thus, this study investigated the impact of process parameters in external CGP for AISI 316L steel material using the Taguchi method. The performed experiments considered through the L9 orthogonal array on a cylindrical grinding machine. The originality of this study is based on the presence of fewer or probably no experimental investigation on the AISI 316L material as the work piece that has been performed antecedent in optimizing process parameters using the Taguchi method on external cylindrical grinding and MRR. Thus, the obtained results are more important after having the established machining parameters for AISI 316L steel materials. The main aim in any machining process is to increased the Metal Removal Rate (MRR) and to decreased the surface roughness value. To optimize these values by using Taguchi method, ANOVA and regression analysis is used.