Özet:

In this study, the Taguchi experimental design method was used to study the effects of cutting parameters on the surface smoothness in the processing of the AISI1040 material with ortagonal and teethal tornal-freezing methods. As the processing parameters in experimental studies; processing, cutting equipment turn, work piece turn, thickness and axle progress parameters have been selected. Experimental study results were converted to S/N rates using the Minitab15 package program and the optimum cutting parameters were determined. ANOVA variance analysis is also statistically analyzed. A mathematical model is created depending on the cutting parameters of surface smoothness with the response surface method. Also, the most suitable cutting parameters values for minimum surface smoothness are determined using the genetic algorithm method. As a result, experimental studies have found that in statistical analysis and optimization processes, the tissue tornal-freezing process reduces the surface smoothness. The genetic algorithm method, the S/N ratio and the minimum surface smoothness values obtained from the mathematical model have been found very close to each other.

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