This thesis presents the results of computational and experimental analyses of fluid-structure coupling effects in tail buffeting on high-agility aircraft configurations. The characteristics of different numerical prediction methods are evaluated with special focus on the unsteady surface pressures, structural dynamic response, and motion-induced aerodynamic forces. The numerical results are compared to experimental data of an aeroelastic wind tunnel model, which is developed and analyzed in this thesis.
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This thesis presents the results of computational and experimental analyses of fluid-structure coupling effects in tail buffeting on high-agility aircraft configurations. The characteristics of different numerical prediction methods are evaluated with special focus on the unsteady surface pressures, structural dynamic response, and motion-induced aerodynamic forces. The numerical results are compared to experimental data of an aeroelastic wind tunnel model, which is developed and analyzed in thi...
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