The Third AIAA CFD High Lift Prediction Workshop was held in Denver, Colorado, in June
2017. The goals of the workshop continued in the tradition of the first and second high-lift …

The efforts for the computational investigation and validation of different Missile
Configurations tested at the US Air Force Academy are summarized. The missile …

Despite the sufficient knowledge on the physics of vortices formed over slender delta wings,
there is a lack of understanding about how corotating and counter-rotating vortices near the …

The noise produced by the propellers of micro Unmanned Air Vehicles (UAVs) could be
counterproductive to their mission, since adversaries can often hear them from a distance …

This paper summarizes an investigation of the aerodynamic performance of missile
configurations with axisymmetric and nonaxisymmetric cross sections. Configurations have …

The underlying flow physics of vortex breakdown and vortex-vortex interactions at moderate
to high angles of attack is not well understood. This lack of understanding is a challenge to …

View Video Presentation: https://doi. org/10.2514/6.2023-0055. vid How body shapes effect
the forces produced has been studied for small angle of attack ranges or tapered bodies, but …

This article summarizes the computational efforts in the aerodynamic characterization of new
missile configurations designed at the US Air Force Academy that have either circular, or …

Air supremacy requires enhanced maneuvering capabilities at high angles of attack and
even beyond the stall angle. High angle-of-attack (high-α) maneuverability can be achieved …

Efficient input data generation for reduced-order model applications to accurately predict
aerodynamic performance and stability characteristics over a large part of a fighter aircraft's …