关键词: 复合材料, 波纹板, 剪切载荷, 有限元模型, 屈曲

Abstract: The buckling of composite corrugated plates subjected to shear loads is investigated via experiments and computations. First, the buckling and failure loads are examined by experiments for corrugated plates with two different wave lengths. Then, the buckling loads for eight different wave lengths are explored by the engineering method and the finite element method. Finally the correction factors for the computational buckling loads are proposed. Compared with experimental data，it reveals that the buckling loads is greater than the experimental loads for the engineering method, while smaller for the finite element method. The results also show the longer the wave length is, the more the error is for the computational buckling loads. In addition, the results show that the computational buckling loads can be updated around experimental loads by the correction factors, which means that the correction factors are feasible and efficient for this kind of problem.