Flared cone is a research area in the field of aerospace engineering and aerodynamics that focuses on the design and optimization of conical shapes that widen or flare out towards their base. These shapes are commonly used in the design of aircraft and missiles to improve aerodynamic performance, stability, and control. Research in this area typically involves studying the airflow behavior around flared cones, analyzing the impact of different geometrical parameters on aerodynamic performance, and developing computational models and simulation techniques to accurately predict the behavior of flared cones in various conditions. The ultimate goal of research in this area is to optimize the design of flared cones for specific applications, such as supersonic flight or missile maneuverability.