Application of Taguchi Technique in Optimization of Machining Parameters in Turning of Al6463 Aluminium Alloy

An attempt was made to conduct an experimental study of aluminum alloys using the Taguchi technique to search for and correlate technological factors with the economics of the processing process. Improvement of one parameter leads to deterioration of other parameters, and optimization of several parameters is much more difficult. This article examines and presents the effect of changing processing parameters, such as speed, feed, cutting depth Material composition and nose radius of the tool on Al6463. First, the optimal location of the five parameters was determined using the L16 configuration of the Taguchi method with a four-level variation. Two sets of experiments were conducted considering the change in Mg and Si composition of the Al6463 alloy. After completion of the Experimentation, the values are documented and compared using the software for statistical analysis.