Technological simulation of the process of hot forging of two-layer forgings with deep cavities and an inverted cone
摘要
A technological process for hot forging of two-layer forgings with deep cavities and an inverted cone has been developed. A hot forging process flow chart has been analyzed. Digital simulation using QForm software was employed to study the effect of the process parameters on the force characteristics of the metal-forming process, stress-strain condition, and temperature fields of the forging and tooling after each pass. A new design of the die tooling has been proposed.