Corrugated steel corrugations are increasingly used in bridges, especially in the field of composite bridges. During the construction of a bridge structure, Shafter can be exposed to a combination of bending, shear and lateral forces, which results in a complex tensile field in Shahtair and results in a mutual sustainability problem. Previous research activities of the coronal Bajan manifestations have shown that the behavior of the Shaheytour Bajan is corrugated, with different I-shaped behavior, especially in the distribution of intermittent wings and dangers. In this study, steel plates with trapezoidal corrugated joints under local loading were verified using an experimental sample using the Abacus software. After verifying the results of validation, the model was also developed. Corneal models with trapezoidal and sinusoidal wave were developed for numerical modeling. In the numerical investigation, other influential factors such as amplitude, wavelength, thickness, and thickness were analyzed. Then, by finite element method, the hardness, shear strength, shapeability and energy absorption for each model were calculated and the optimal state was also provided for each of the variables.