Investigation of Fluid-Structure Interaction in Aerodynamic Flows using Coupled Computational Methods

Fluid-structure interaction is a challenging problem in computational fluid dynamics and has gained significant attention in recent years. In this review paper, we investigate the fluid-structure interaction in aerodynamic flows using coupled computational methods. We begin by providing an overview of the background and motivation for this study. We then discuss the different computational methods used to simulate fluid-structure interaction and review recent advances in coupled computational methods. Next, we derived the governing equations for fluid and structure mechanics and describe the numerical methods used to solve the coupled equations. Finally, we summarize the main findings of the study and provide suggestions for future research.