Design and Analysis of Machining Quality Control System Based on Finite Element Technology

Abstract

In the process of machining, there are often many factors that affect the final machining quality of workpieces, and machining accuracy is an important index to measure the machining quality of parts. Each influencing factor of product quality is interrelated and interactive, and ultimately determines the output of product quality. In this process, mechanical engineering processing and manufacturing will involve several major links such as product research and development, preparation of mechanical engineering processing and manufacturing process, and mechanical engineering processing and manufacturing. As market demand, products and organizational structure are constantly changing, the processing quality control system is required to be able to respond quickly to various changes. Using the optimization design technology based on finite element analysis, it is very important to optimize the forging process parameters. This paper analyzes the design of quality control system for machining based on finite element technology.