Utilization of GA for Optimization of Tool Path on a 2D Surface

Machining centers based on the milling principles are becoming more and more popular due to their ability to handle geometrically complex workpieces. Unfortunately, several physical phenomena that often affect the quality of the desired surface. The most common problem is definition of the tool-path movements which have strong influence on the kinematics and dynamics of the machining centers. To solve this problem we have proposed utilization of the GA based mostly on the geometrical parameters. From the obtain results we could conclude that here presented method is promising and future development is necessary, especially for introduction more complex technological parameters.