Application of finite element simulation in case forging technology design
Wei-yang Li
Abstract
Wei-yang Li
Abstract
Using Forge 2D/3D forging finite element simulation software,the forging environment and deformation process of large forging case were simulated and analyzed.The influences of forging temperature,die design,forging equipment and other factors on the forging blank were discussed.The stress and strain,rule of metal flowing,forging flaw,metal lines,the final geometrical shape of finished forging,etc.during forging were analyzed.The important parameters,such as the weight of cropping,forging energy,heating times,die design,etc.in forging technology design were determined,which provide a reference for forging technology design in actual production.
A significance statement is not available in the OpenAlex record.
A contribution statement is not available in the OpenAlex record.
Method details are not available in the OpenAlex metadata.
Findings are not separately available in the OpenAlex metadata.
Limitations are not available in the OpenAlex metadata.
Application details are not available in the OpenAlex metadata.
Using Forge 2D/3D forging finite element simulation software,the forging environment and deformation process of large forging case were simulated and analyzed.The influences of forging temperature,die design,forging equipment and other factors on the forging blank were discussed.The stress and strain,rule of metal flowing,forging flaw,metal lines,the final geometrical shape of finished forging,etc.during forging were analyzed.The important parameters,such as the weight of cropping,forging energy,heating times,die design,etc.in forging technology design were determined,which provide a reference for forging technology design in actual production.
Key concepts: Forging, Blank, Finite element method, Engineering, Deformation (meteorology), Mechanical engineering, Die (integrated circuit), Structural engineering