Operation optimization technology of cutter with strengthened working area
A technology for operation optimization of a cutter having a working area strengthened with the impact of low-temperature plasma is presented. The basis of the technology is a simulation of an operation process of a strengthened tool on parameters of defects arisen on a working area. The modeling system developed for this case ensures not only obtaining initial data for optimization, but their processing. According to the results of processing there is formed a file of average values representing node points of a response time surface of a strengthened tool life to the values of mode parameters. After that a file approximation of by the surface is carried out according to the level of which and with the aid of Hook-Jeeves method a global maximum search is carried out.