A theoretical model of an elastic panel in hypersonic flow is derived to be used for design
and analysis. The nonlinear von Kármán plate equations are coupled with 1st order Piston …

Recent equations of motion for the large deflections of a cantilevered elastic beam are
analyzed. In the traditional theory of beam (and plate) large deflections, nonlinear restoring …

A recent large deflection cantilever model is considered. The principal nonlinear effects
come through the beam's inextensibility–local arc length preservation–rather than traditional …

COMPUTATIONAL STUDY FOR THE DESIGN OF A HYPERSONIC PANEL FLUTTER
EXPERIMENT Page 1 COMPUTATIONAL STUDY FOR THE DESIGN OF A HYPERSONIC …

The fluid-structure interaction of a cantilevered plate geometry in Mach 2 flow was studied
experimentally to assess the effects of structural compliance on the surrounding flowfield …

We consider a dynamic system of nonlinear partial differential equations modeling the
motions of a suspension bridge. This fish-bone model captures the flexural displacements of …

There is a growing interest among aeroelasticity researchers for insight into large deflection
oscillations of aerospace structures. Here, a new beam and plate model is derived using …

This dissertation explores a fluid instability known as buffet, which occurs in the subsonic,
transonic, and supersonic regimes. Buffet has been observed in experiments and various …

Flutter is defined as a self-excitation of a thin structure where a surrounding flow destabilizes
its natural elastic modes. Cantilevers are particularly prone to flutter, and it has been shown …