Research on the Application of Automated Production in the Forging of Aerospace Composite Parts
Due to the high requirements of performance parameters of aviation composite parts,it is difficult to ef-fectively guarantee the qualification rate of forging output,so the application research of automatic production in the forging of aviation composite parts is proposed.Firstly,a finite element model of aviation composite parts is con-structed by using the finite element analysis software ANSYS,and the parameters of forging aviation composite parts are optimized by simulating the force characteristics and boundary conditions of the parts.Secondly,in the production stage,automated production technology is introduced to meet the finite element model parameters of the part design requirements as the benchmark,control each processing link,and realize the forging production of parts.In the test results,the pass rate of each design parameter is always above 95.0%,and the maximum value reaches 98.4%,indicating good application effect.
Finite element model of aerospace composite partsForce characteristicsBoundary conditionsParameter optimizationAutomated production technologyPass rate
万方数据
维普
