To create artificial circulations downstream, submerged vanes, or airfoils, are frequently positioned in a canal at an angle to the flow direction. These artificial circulations allowed for the employment of submerged vanes to control river shifting and bank erosion, prevent sediment building from obstructing lateral intake, etc. In an experimental study, Odgaard and his associates identified the appropriate vane sizes and recommended applying them to vane design. This paper makes an effort to evaluate and validate the results of Odgaard and his colleagues using computational fluid dynamics and experiments as a tool. In order to achieve perfect vane settings, the vorticity created by the vane in the downstream was maximized.