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Search indexed NASA NTRS and DOE OSTI research on propulsion, heat transfer, battery materials and energy systems. Follow report and document links to the original sources.
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Comparison of panel flutter results from approximate aerodynamic theory with results from exact inviscid theory and experiment
Parabolic temperature distribution effect on flutter behavior of panel subjected to supersonic flow over one surface
Flutter of rectangular orthotropic panel supported by deflectional spring along two edges in supersonic airflow
Flutter analysis of flat rectangular panels based on three-dimensional supersonic unsteady potential flow
Transonic panel flutter
Identical flutter boundaries of multibay and one- bay panels with clamped edges in high and low supersonic regions
Flutter amplitude of stressed panels analyzed in terms of amplification ratios
Numerical integration process to determine aerodynamic forces and use of air forces to compute flutter boundaries
Aerodynamic load and flutter on swept and unswept wings at various speeds
Flutter of control surfaces and tabs - aeroelasticity
Lifting surface for reentry vehicles - flutter of sails having delta wing planforms
Factors affecting flutter characteristics calculated for two swept wings
Transonic flutter of all-movable horizontal tail - bending & pitching moments
Flutter of simply supported orthotropic panels at supersonic speeds
Flutter calculations with many degrees of freedom for modern aircraft designs
Various calculations of flutter for ailerons with hydraulic servo-control mechanisms
Propeller whirl flutter conditions peculiar to v/stol aircraft and the related problem of the response of propeller-nacelle system to random atmospheric turbulence
Flutter of flat rectangular panels based on three-dimensional supersonic potential flow