Nosenko V.A. 1
Krutikova A.A. 1
Sinkov A.V. 1
1 Volzhskiy Polytechnical Institute
The analysis of the gas-air environment in the grinding zone impregnated with an abrasive tool. Experiments were performed on the titanium alloy VT6. As impregnator used aromatic chlorine compound. Controlled concentration of chlorine (mg/m3) in the cutting operation without coolant, the value to shoot an allowance of 0.5 mm. After analyzing the gas-air environment in the grinding zone, the statistical treatment of the data was carried out. There were three parallel experiments. Given the estimation of homogeneity of dispersions groups. It is proved that at different depths grinding group dispersions can be considered homogeneous and influence developments on intragroup dispersions - not significant. Grinding depth has a significant effect on the change in the concentration of chlorine, as evidenced by the comparison of factor and total dispersions. Effect of the volume of material removed on the average values of concentration of chlorine in the groups investigated by a method of the one-factorial dispersive analysis. With the increase of use of chlorine increases. In the first period of grinding chlorine concentration near the cutting area increases, then stabilizes and remains constant until the end of the process. With the increase of grinding depth of 2 times the concentration of chlorine increases 2.6 times.