Most of the fracture prediction methods are based on the present geological structure characteristics, without considering the effect of multi-stage tectonic movements, especially the effects of the fault shape on strata in hanging wall. Using the Plane Model in 3DMove software, the method based on 3D restoration is applied to calculate the present accumulative strain and predict fractures, in the middle E2s3 intrusive rocks of Shang541 region, Huimin sag. The principal curvature of the top of intrusive rocks is also calculated.With reference to the porosity and permeability data of two wells, the fracture prediction result by 3D restoration is contrasted with that by curvature method. It shows that the 3D restoration method is highly applicable to the fracture prediction in special lithologic body,such as intrusive rocks, of which the curved surface is not formed totally by tectonic deformation.