Aiming at the springback problem of Ushaped workpiece, the 6061 aluminum alloy sheet Ushaped workpiece stamping two dimensional (2D) finite element model(FEM) is established in Abaqus software. By using the springback measurement method of Numisheet 2011 conference and the defect criteria of forming limit diagram, the effect of single process parameter on the springback of Ushaped workpiece was studied, and the optimal process parameters combination of springback control of Ushaped workpiece was obtained through L9(34) orthogonal test. The results show that the springback of the Ushaped workpiece generally increases with the increase of punchdie corner radius, and decreases overall with the decrease of punchdie gap value without changing other forming process parameters. The springback of Ushaped workpiece increases with the increase of the friction coefficient of punchsheet, and decreases with the increase of the friction coefficient of diesheet, blankholdersheet or blankholding force. The primary and secondary order of the impact of the forming process parameters on the springback of Ushaped workpiece are the friction coefficient of diesheet and blankholdersheet, the friction coefficient of punchsheet, the punchdie gap value, and the blankholding force. Ushaped workpiece forming simulation are performed using the optimal level process parameters combination A2B3C1D3, the maximum displacement offset of the flange end position of the Ushaped workpiece is 084 mm, and the springback control effect is obvious.