A novel spinning process for simultaneously producing two cone parts with big angle
Ming Li, Yuanyi Xu, Heng Li, Hongji Wang, Wenchao Shi, Yucheng Wu
Abstract
Ming Li, Yuanyi Xu, Heng Li, Hongji Wang, Wenchao Shi, Yucheng Wu
Abstract
A new spinning forming method for simultaneously producing two cone parts with big angle was developed. The novel process with three passes was generated. The 3D finite element (FE) model of cone parts was established using ABAQUS software. Based on the metal plastic forming principle and the characteristic of spinning, technical parameters including the angle of forming surface and the radial feed speed of the roller, the spindle speed and the friction coefficient were determined. Based on the secondary development of above FE model, the fittability of cone parts was obtained, which is of great significance for improving the performance of cone parts.
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A new spinning forming method for simultaneously producing two cone parts with big angle was developed. The novel process with three passes was generated. The 3D finite element (FE) model of cone parts was established using ABAQUS software. Based on the metal plastic forming principle and the characteristic of spinning, technical parameters including the angle of forming surface and the radial feed speed of the roller, the spindle speed and the friction coefficient were determined. Based on the secondary development of above FE model, the fittability of cone parts was obtained, which is of great significance for improving the performance of cone parts.
Key concepts: Spinning, Cone (formal languages), Ligand cone angle, Process (computing), Materials science, Forming processes, Metal forming, Mechanical engineering