Optimization design of molded honeycomb mold based on Pro/Mechanica

According to the Pro/Mechanica analysis platform, by the finite element analysis method, the actual mold honeycomb molded forces, boundary conditions and imposed load in the view of the molded honeycomb mold for the actual operating conditions leading to die due to stress concentration fatigue failure, the reliability of the problem of insufficient. Through the analysis to determine the maximum stress and strain of the mold and the largest deformation. Are determined use (Structure) analysis tools for mold sensitivity analysis parameters, select the key parameters to determine the maximum die stress, strain and maximum deformation. Subjecting to satisfactory optimal conditions the finite element technology and structure optimization design combined in order to deduce maximum stress of the die stress region, achieve the minimum of the target parameters - stress, optimize the die structure parameters, solute the die fatigue failures on the condition of the maximum working stress of the mold to meet the allowable stress, meet the actual working condition requirements of the molded mold honeycomb, improve the reliability of the molded mold honeycomb.