Occlusion lateral plate extrusion process analysis model

High-efficiency, energy-saving method to produce high quality claw pole parts, the production has become a serious problem. In this paper, the idea of ​​forming complex parts precision guidance, according to the occlusion extrusion theory, combined with composite molding technology for claw pole parts of their own characteristics, to develop a new claw pole parts warm / cold precision plastic composite extrusion  polycrystalline diamond  - occlusion lateral extrusion temperature / cold finishing. And this process can be carried out force parameter analysis, the establishment of occlusion plate lateral extrusion process analysis model, forming force deduced formula. On this basis, in order to warm occlusion lateral extrusion process,  grinding wheel  the process of numerical simulation and experimental research, obtained the metal forming process flow pattern and the stress and strain distribution, has been forming force - - stroke curve; studying the various process parameters on metal flow, stress and strain, forming force shaping the quality and impact of, and used as a basis for the process parameters were optimized, validated numerical simulation and experimental results and the correctness of the feasibility of the process.