13 research outputs found

    Integration of a supersonic unsteady aerodynamic code into the NASA FASTEX system

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    A supersonic unsteady aerodynamic loads prediction method based on the constant pressure method was integrated into the NASA FASTEX system. The updated FASTEX code can be employed for aeroelastic analyses in subsonic and supersonic flow regimes. A brief description of the supersonic constant pressure panel method, as applied to lifting surfaces and body configurations, is followed by a documentation of updates required to incorporate this method in the FASTEX code. Test cases showing correlations of predicted pressure distributions, flutter solutions, and stability derivatives with available data are reported

    Finite Element Supersonic Aerodynamics for Oscillating Parallel Wings

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    The determination of load and slope transformation matrices for aeroelastic analysis

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    Simultaneous design of active vibration control and passive viscous damping

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    Finite-surface spline

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    Rational Reduction of Large-Scale Eigenvalue Problems

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