Investigation of Inverse Magnus Effect by Partial Circulation Control Elements: Experimental Design

Abstract

The inverse Magnus effect is a special physical state that can only be achieved within certain ranges of the Reynolds number and the spin ratio. Numerical studies and particularly, special experimental setups are required for its investigation. In this study, an experimental design idea that will enable the mentioned physical phenomenon to be analyzed on a specific geometry is presented. By compiling similar studies in the past years, the innovations made are emphasized. All the elements on the assembly whose design has been completed are detailed and its advantages and disadvantages are mentioned. It is predicted that the system with the partially rotating cylinders planned to be established in the near future will be a guide in numerical studies and will create important outputs in the use of the Magnus effect on airfoils in aviation.