Özet:

Copper is one of the materials that are sought and demanded in many industries because it has high electricity and heat conductivity values. With the highest heat and electricity transmission rate after silver and gold, copper is widely used in the electricity and electronic industries with its economics. Although new manufacturing methods with high technology are developing, matkapla hole grinding continues to be up-to-date as one of the most common grinding manufacturing methods. The high smoothness strengthens the curvature of copper in commercial purity and causes negative effects on the quality of the hole. This study has studied the impact of independent variables (match geometry, coating and cutting parameters) on dependent variables (cutting forces and temperatures affecting the cutting equipment) during the process of rubbing baker in commercial purity. Experiments are designed using the Taguchi L16 vertical series. A regression model has been developed to enable us to understand the influence of independent variables on dependent variables. Optimum dive conditions are determined and variance analysis calculates how much independent variables affect dependent variables. The data obtained in the light of the calculations were tested by a series of experiments and the results were found to be consistent with each other. The results of the experiments have shown that the independent variables that influence the cutting force are progress amount, end angle, cutting speed and covering status, and the cutting speed, end angle, progress amount and covering status, respectively.

Anahtar Kelimeler: