Objective Based on Ansys, the finite element model of A, C, B, E type corrugated cardboard was tablished and buckling analysis was carried out on the model. The influence of sample cutting position on the transverse ompression strength of corrugated board was also studied. Methods The effects of structure on the compression strength f corrugated board were decoupled from a number of factors by finite element analysis, which eliminated the influence of her factors on the experimental results. Results The calculated result showed that the ratio of A, C, B, E type cardboard verage compressive strength was 5∶4∶2∶1. The effects of different cutting position on the cardboard transverse compressive apacity reached up to 16%. Conclusion The result showed that large flute had better transverse compressive ability. The eight of flute was the major factor affecting the transverse compressive strength of corrugated board. Sample cutting osition also affected the transverse compressive strength of corrugated board.