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Published online by Cambridge University Press: 29 June 2023
The equations of motion for an elastically-supported airfoil are first derived. This is followed by a extensive review of the classical results of linear unsteady aerodynamics. State-space realizations are then introduced for those solutions, which result in time-domain formulations in dynamic aeroelasticity. They are used to introduce basic aeroelastic concepts, including flutter, divergence, and response to discrete gusts and continuous turbulence.
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