The high-temperature titanium alloy mesh rib panel is more efficient than the traditional aluminum alloy rib wall plate, but the titanium alloy monolithic wall plate is difficult to form at room temperature. The use of current electroplasticity effect and Joule heat effect can effectively reduce the forming load and increase the forming limit, and can effectively avoid the problem of serious oxidation oxidation of titanium alloy.In this paper, the electric-thermo-mechanical coupled finite element model of electric pulse assisted bending forming of Ti55 integral panel is established, and different forming process parameters and panel geometric parameters are simulated. The results show that 8A/mm2 current is applied at both ends of the wall plate For density, the temperature range of press forming is more suitable. As the height of the ribs increases, the degree of instability buckling becomes larger and larger. The smaller the critical load required when the ribs are unstable, the worse the stability of the ribs. The thickness of the web mainly affects the temperature of the ribs and thus the instability of the ribs. The greater the spacing of the transverse ribs of the overall wall panel, the worse the stability of the ribs and the more serious the buckling of the buckling.