Structure Optimization of Multi-direction Die Forging Hydraulic Press Based on ANSYS
Aiming at the production efficiency of parts,this paper takes a new combined multi-direction die forg-ing hydraulic press designed by a certain company as an example.The finite element model was established by using UG and ANSYS software,and the static structure of the fuselage frame was analyzed,and the stress and deforma-tion of the three main components,namely the upper beam,the lower beam and the rectangular column were ob-tained.At the same time,under the premise of meeting the strength and stiffness,the structure is optimized and im-proved,so as to reduce the production and installation cost of the hydraulic press.The results show that the whole body mass is reduced to 18684kg,which can provide a theoretical reference for the production design of multi-di-rection die forging hydraulic press.
万方数据
维普
