In this work a numerical study was performed based on the Finite Volume Method (MVF) to simulate the propagation of regular two-dimensional waves in channel. The present results are compared with those of a physical model developed in the literature. From the qualitative point of view, it was observed that the numerical model adequately reproduced the behavior of the wave, similar to that obtained in the experimental results. The comparisons of the numerical model with the experimental and analytical approaches lead to satisfactory results, being generally closer to the experimental ones. In the present simulations, the conservation equations of mass, momentum and one equation for the transport of the volumetric fraction are solved with the finite volume method (MVF). To address the water and air mixture, the Multiphase Volume of Fluid (VOF) model is employed. In general, results indicated that the VOF methodology can be considered valid for this type of channel wave generation, with the MAE (mean absolute error) and the RMSE (mean square error) with differences of approximately 2 % and 3% in the comparison between the numerical and experimental results.