Optimize the Mechanical Processing Parameters Taking the Distance Concentration Immune Algorithm Into Account

Abstract

In view of mechanical optimization design is a complex nonlinear optimization problem, in order to analyze the parameter optimization of mechanical processing in the distance concentration immune algorithm, the distance concentration immune algorithm is used to optimize the machining parameters, and at the same time establish its associated workpiece construction model. It performs discrete processing of solid elements and builds a macro model for the rest of the structure. According to the section hypothesis set up by Euler's beam theory, the constraint equation of the incremental displacement of the machining interface is obtained. By checking the size of the optimized value of the machining parameters to determine whether it is reasonable, to illustrate the effectiveness and feasibility of the method.