Describe changes in the microstructure and temperature, microstructure of stress, strain, strain rate and other types of changes in the relationship between the microstructure evolution equation forging model, and a set of boundary conditions of mechanical and thermal deformation of the body and the initial conditions including the initial microscopic organizations. Finite element simulation of metal forming processes is essentially blank workpiece at a known geometry, boundary conditions, initial conditions and all the conditions of all the parameters of the workpiece material using the finite element method to solve the differential equations. Usually node speed and temperature deformation body for solving variable. Consider forming process at a time when the velocity and temperature fields in the future solve deformable body, you can get the coordinates of each point reflects the displacement field and deformation of the deformable body by the time integration. Accordingly geometric equations to calculate the strain rate can be further deformed body. Strain: constitutive equations and then by the initial microstructure of the material, temperature, strain, strain rate to calculate the stress; forging sales, Ningbo forging, forged by Luoyang preferred Super League Super League Forging Limited. Luoyang Super League Forging Co., Ltd. (www.lysmzg.com) (www.lysmzg.cn) strong, credible, in Luoyang forging industry has accumulated a large number of loyal customers. The company better work attitude and constantly improving innovative ideas will lead the Super League forging into the brilliant and you work for a better future! You can also access (www.lysmzg.cn/supply_details_48756340.html), for more information about the company.