Add to ORKGA class of nonlinear damping models is introduced with application to flexible flight structures characterized by low damping. Approximate solutions of engineering interest are obtained for the model using the classical averaging technique of Krylov and Bogoliubov. The results should be considered preliminary pending further investigation
Slender sharp-edged flexible beams such as flapping wings of micro air vehicles (MAVs), piezoelectri...
Power and data cabling are attached to a spacecraft bus structure at many points and can account for...
We consider the response of a linear structural system when coupled to an attachment containing stro...
The study of nonlinear damping problem of flexible structures is addressed. Both passive and active ...
The mechanism of energy dissipation in mechanical systems is often nonlinear. Even though there may ...
Analytical and experimental study of dynamic responses of structures with nonlinear and nonproportio...
Vibrating systems with singular mass-inertia matrices arise in recent continuum models of Smart Stru...
peer reviewedThis paper provides information about the numerical simulation of the dynamic behaviour...
The dynamics of a system of coupled oscillators possessing strongly nonlinear stiffness and damping ...
The dynamic analysis of systems with nonlinearities has become an important topic in many engineerin...
In this paper, a single-degree-of-freedom dynamic model is described, with displacementand velocity...
A procedure is presented to identify the nonlinear damping and stiffness parameters of a single-degr...
The effects of a class of nonlinear Tuned Mass Dampers on the aeroelastic behavior of SDOF systems ...
Due to mass constraints aerospace systems tend to have lightweight and flexible structures leading t...
This book provides a comprehensive discussion of nonlinear multi-modal structural vibration problems...
Slender sharp-edged flexible beams such as flapping wings of micro air vehicles (MAVs), piezoelectri...
Power and data cabling are attached to a spacecraft bus structure at many points and can account for...
We consider the response of a linear structural system when coupled to an attachment containing stro...
The study of nonlinear damping problem of flexible structures is addressed. Both passive and active ...
The mechanism of energy dissipation in mechanical systems is often nonlinear. Even though there may ...
Analytical and experimental study of dynamic responses of structures with nonlinear and nonproportio...
Vibrating systems with singular mass-inertia matrices arise in recent continuum models of Smart Stru...
peer reviewedThis paper provides information about the numerical simulation of the dynamic behaviour...
The dynamics of a system of coupled oscillators possessing strongly nonlinear stiffness and damping ...
The dynamic analysis of systems with nonlinearities has become an important topic in many engineerin...
In this paper, a single-degree-of-freedom dynamic model is described, with displacementand velocity...
A procedure is presented to identify the nonlinear damping and stiffness parameters of a single-degr...
The effects of a class of nonlinear Tuned Mass Dampers on the aeroelastic behavior of SDOF systems ...
Due to mass constraints aerospace systems tend to have lightweight and flexible structures leading t...
This book provides a comprehensive discussion of nonlinear multi-modal structural vibration problems...
Slender sharp-edged flexible beams such as flapping wings of micro air vehicles (MAVs), piezoelectri...
Power and data cabling are attached to a spacecraft bus structure at many points and can account for...
We consider the response of a linear structural system when coupled to an attachment containing stro...